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CLARKSON UNIVERSITY UNDERGRADUTE CATALOG

2020-2021

School of Arts & Sciences

David D. Reh School of Business

Wallace H. Coulter School of Engineering

Interdisciplinary Programs

Institute for a Sustainable Environment

Institute for STEM Education www.clarkson.edu

315-268-6400

Clarkson University is a nationally-ranked research university and the institution of choice for

more than 3,800 enterprising, high-ability scholars from diverse backgrounds who embrace

challenge and thrive in a rigorous, highly collaborative learning environment. We add value to

our students’ education by partnering with leading businesses, industries and thought leaders

to bring relevance to the challenges and needs of a modern world in which the boundaries of

knowledge, discipline, nations, and cultures blur. We encourage students to question the status

quo, push the limits of what is known, and to apply their ingenuity to develop fresh solutions

to real-world challenges. For more than 100 years, our graduates have achieved extraordinary

professional success, risen to societal challenges, and advanced the global economy ethically

and responsibly. Among our 38,000 alumni, one in five is a CEO, senior executive or owner of

a company.

Founded in 1896 to honor Thomas S. Clarkson, the University's main campus is located in the

“college town” of Potsdam, NY on a historic 640-acre wooded homestead in the foothills of the

Adirondack Park. With three other universities nearby, Clarkson community members enjoy a

constantly changing social and intellectual quality of life largely influenced by our proximity to

the north slope of the Adirondacks; easy drives to Lake Placid as well as Ottawa and Montreal,

Canada; and a high level of regional camaraderie to encourage innovative partnerships in small

business development, arts, tourism, recreation, agriculture and green energy.

Clarkson's educational strengths include: rigorous professional preparation dynamic, real-world learning

highly collaborative community teamwork that spans disciplines

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Questions regarding undergraduate admission and requests for information about Clarkson may be directed to the Office of Undergraduate Admissions.

Changes in Curricula Information contained in this catalog is current at the time the catalog is posted on our Web site, but as courses and curricula undergo changes by official action of the University, occasionally such changes may supersede information found herein. The accuracy of any particular information can be checked through the Office of Undergraduate Admission, Student Administrative Services, the Dean of the appropriate School, or academic departments.

Please be aware that the information concerning academic requirements, courses, and programs of study in the catalog does not establish an irrevocable contract between the student and the University. The University can change, discontinue, or add academic requirements, courses, and programs of study at any time, without notice. Although every effort is made to provide timely notice to students in order to help in the planning process, it is the responsibility of the student to confirm that all appropriate degree requirements are met.

All students are encouraged to read the catalog thoroughly. Failure to be familiar with the contents does not excuse a student from the requirements and regulations described herein.

Courses

Typical courses for each department are listed in this catalog, but not all courses are offered each

year. Descriptions of courses and terms in which specific course are offered are accessible in myCU.

Viewing Clarkson’s searchable course catalog will give up-to-date course descriptions, pre- or co-

requisites, course attributes, and other information pertaining to all courses offered. Clarkson’s

browse course catalog can be viewed at www.clarkson.edu. There is no log-in required - just select

the term and year that you are interested in viewing.

Course credit is also available for Independent Study and Special Projects.

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Contents THE CLARKSON EDUCATION ....................................................................................................................... 6 ABOUT CLARKSON UNIVERSITY ................................................................................................................... 8 A BRIEF HISTORY OF CLARKSON ................................................................................................................ 13 ACADEMIC PROGRAMS ............................................................................................................................. 16

Bachelor’s Degree Majors ............................................................................................................. 16 Double Majors and Second Clarkson Degrees.............................................................................. 17 Minors ........................................................................................................................................... 17 Professional Concentrations ......................................................................................................... 18 Accreditation ................................................................................................................................. 18

ACADEMIC AFFAIRS ................................................................................................................................... 20 The Office of the Provost .............................................................................................................. 20

Clarkson Ignite .................................................................................................................. 20 The Associated Colleges Consortium ............................................................................... 21 University Libraries ........................................................................................................... 22 Physical Education ............................................................................................................ 23 Honors Program ................................................................................................................ 24 Early Entrance College Program: The Clarkson School .................................................... 26 Office of University Advising ............................................................................................. 28

Pre-Health Professions Advising ........................................................................... 29 Pre-Law Advising ................................................................................................... 30 Transfer Advising .................................................................................................. 30 University Studies Advising ................................................................................... 31 Individually Designed Bachelor of Professional Studies Program ....................... 31 Non-Degree Students ........................................................................................... 31 Major Fellowships and Awards ............................................................................ 32 Multidisciplinary Project (MP) and Multidisciplinary Team (MT) Courses .......... 32 Summer Sessions .................................................................................................. 32 Three-Year Bachelor’s Degree Option.................................................................. 32

ACADEMIC REQUIREMENTS FOR UNDERGRADUATE STUDENTS ............................................................. 33 The Clarkson Common Experience ............................................................................................... 33 Components of the Clarkson Common Experience ..................................................................... 34

BACHELOR’S DEGREE GRADUATION REQUIREMENTS ............................................................................. 37 UNDERGRADUATE ADMISSION ................................................................................................................. 40 UNDERGRADUATE SCHOLARSHIPS AND FINANCIAL ASSISTANCE ............................................................ 51 STUDENT ACCOUNTS ................................................................................................................................ 77 SCHOOL OF ARTS AND SCIENCES .............................................................................................................. 80

Faculty ........................................................................................................................................... 80 BS In Applied Mathematics and Statistics .................................................................................... 82 BS In Biology .................................................................................................................................. 85 BS In Biomolecular Science ........................................................................................................... 88 BS In Chemistry ............................................................................................................................. 92 BS In Communication .................................................................................................................... 96 BS In Computer Science ................................................................................................................ 99 BS In Data Science ...................................................................................................................... 102

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BS In Digital Arts and Sciences ................................................................................................... 105 BS In History ............................................................................................................................... 108 BS In Literature, Interdisciplinary Liberal Studies, and Interdisciplinary Social Sciences ......... 111 BS In Mathematics ..................................................................................................................... 114 BS In Physics ............................................................................................................................... 117 BS In Political Science ................................................................................................................. 120 BS In Psychology ......................................................................................................................... 122 BS In Software Engineering ........................................................................................................ 126 Minors in Arts and Sciences ....................................................................................................... 126

THE DAVID D. REH SCHOOL OF BUSINESS ............................................................................................. 142 Faculty ........................................................................................................................................ 143 Undergraduate Business Programs ........................................................................................... 144 BS In Global Supply Chain Management ................................................................................... 146 BS In Engineering & Management ............................................................................................. 148 BS In Innovation and Entrepreneurship ..................................................................................... 152 BS In Financial Information and Analysis ................................................................................... 154 BS In Business Intelligence and Data Analytics .......................................................................... 156 Minor and Concentrations in Business ...................................................................................... 158 Co-ops, Internships, and Professional Experience .................................................................... 165 Global Study Requirement ......................................................................................................... 165

WALLACE H. COULTER SCHOOL OF ENGINEERING ................................................................................ 166 Faculty ........................................................................................................................................ 167 BS In Aeronautical Engineering .................................................................................................. 171 BS In Chemical Engineering ........................................................................................................ 174 BS In Civil Engineering ................................................................................................................ 178 BS In Computer Engineering ...................................................................................................... 185 BS In Electrical Engineering ........................................................................................................ 191 BS In Environmental Engineering ............................................................................................... 197 BS In Mechanical Engineering .................................................................................................... 201

INSTITUTE FOR A SUSTAINABLE ENVIRONMENT ................................................................................... 221 BS In Environmental Science & Policy........................................................................................ 221 BS In Environmental Health Science .......................................................................................... 228 Minors in Institute for Sustainable Environment ...................................................................... 233 The Adirondack Semester .......................................................................................................... 238

INSTITUTE FOR STEM EDUCATION ......................................................................................................... 239 INTERDISCIPLINARY PROGRAMS ............................................................................................................ 240

BS In Mathematical Economics .................................................................................................. 241 BS In Social Documentation Double Major ................................................................................ 244 BS In Software Engineering ........................................................................................................ 246 Minor in Robotics ....................................................................................................................... 250 Minor in Software Engineering .................................................................................................. 251

NON-DEGREE GRANTING DEPARTMENTS ............................................................................................. 252 Reserve Officers’ Training Corps ................................................................................................ 252 Military Science (Army ROTC) .................................................................................................... 253 Air, Space, & Cyberspace Studies (Air Force ROTC) .................................................................. 256

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SPONSORED RESEARCH SERVICES ......................................................................................................... 258 The Shipley Center for Innovation ............................................................................................. 258

ACADEMIC CENTERS ............................................................................................................................... 259 Center for Advanced Materials Processing (CAMP) .................................................................. 259 Center for Air and Aquatic Resources Engineering and Sciences (CAARES) ............................. 260 Center for Rehabilitation, Engineering, Science, & Technology (CREST) .................................. 261 Center for Identification Technology Research (CITeR) ............................................................ 262 Center for Metamaterials .......................................................................................................... 263 Center for Complex Systems Science ........................................................................................ 264 Center for Electric Power Systems ............................................................................................ 266

CHIEF INCLUSION OFFICE ....................................................................................................................... 267 STUDENT AFFAIRS .................................................................................................................................. 268

Clarkson Housing ........................................................................................................................ 268 Theme Housing .......................................................................................................................... 268 Extracurricular Activities and Student Life ................................................................................ 269 Student Success Center Services ............................................................................................... 274 Student Health & Counseling Center (SHAC) ............................................................................ 278

Counseling Services ....................................................................................................... 278 Office of AccessAbility Services ..................................................................................... 278 Health Services ............................................................................................................... 278

Career Center ............................................................................................................................. 279 Career and Job Search Services ..................................................................................... 279 Experiential Education Program .................................................................................... 280 Cooperative Education & Internships Cooperative Education (Co-op) Program ......... 280 Internship Program ........................................................................................................ 280

Athletics ...................................................................................................................................... 282 Campus Safety and Security ....................................................................................................... 283 Clarkson Alumni Association ...................................................................................................... 284 International Center ................................................................................................................... 285

INFORMATION TECHNOLOGY ................................................................................................................ 287 THE REGISTER ......................................................................................................................................... 288

Board of Trustees ....................................................................................................................... 288 Administration ............................................................................................................................ 291 Faculty Directory ........................................................................................................................ 299

POLICIES AND RELATED .......................................................................................................................... 317 Student Complaint Process (HEOA) ........................................................................................... 317 Campus Crime Statistics ............................................................................................................. 318 Protection of Privacy .................................................................................................................. 318 Nonimmigrant Students ............................................................................................................. 318 Student Regulations ................................................................................................................... 318

ACADEMIC CALENDARS .......................................................................................................................... 319 LIST OF DEGREE PROGRAMS & HEGIS CODES ....................................................................................... 322

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THE CLARKSON EDUCATION Clarkson academic programs span boundaries and vary widely in content. However, at the heart of the institution’s educational process are fundamental goals and values that define a common learning experience and shape the growth of every Clarkson student. The University has articulated its mission, vision, and values as follows:

Mission of Clarkson University Clarkson University is an independent, nationally recognized technological university whose faculty of teacher/scholars aspires to offer superior instruction and engage in high-quality research and scholarship in engineering, business, science, health, education and liberal arts. Our primary mission is to educate talented and motivated men and women to become successful professionals through quality pre-collegiate, undergraduate, graduate, and professional continuing education programs, with particular emphasis on the undergraduate experience. Our community and campus settings enhance the quality of student life and afford students access to and interaction with their faculty. We value the diversity of our University community, and we strive to attune ourselves and our programs to our global, pluralistic society. We share the belief that humane and environmentally sound economic and social development derive from the expansion, diffusion, and application of knowledge.

Vision of a Clarkson Education The Clarkson University educational experience is designed to provide talented and ambitious students with the knowledge and skills necessary to achieve positions of leadership within their chosen profession. The combination of Clarkson’s strong technologically rich curricula and State-of-the-art teaching and research facilities, coupled with an unparalleled commitment to a friendly learning environment and to students’ personal development, uniquely prepares Clarkson graduates to excel in their chosen professions and to lead rewarding and creative lives.

In addition to attaining mastery of the core knowledge within his or her field, a Clarkson education is designed to enable students to:

1. Solve real-world, open-ended problems with creativity and risk taking to obtain solutions that are practical and sustainable, including those they encounter in state-of-the-art research under the direction of distinguished faculty;

2. Develop and refine exceptional communication skills with an awareness of potential cultural differences;

3. Lead effectively and work productively within disciplinary and multidisciplinary teams composed of members with diverse interests and backgrounds;

4. Excel in using computing and information technologies; 5. Learn through instruction and guidance by nationally recognized faculty whose commitment

to both teaching and research has made Clarkson a nationally ranked university. A Clarkson student’s education is greatly enhanced by a personal and friendly learning environment,

within a small, residential, nationally recognized University, which:

1. Places students at the center of the educational process and where all employees have a commitment to creating an environment that contributes positively to students’ overall educational experience;

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2. Draws undergraduates, graduate students, faculty and staff together into a cohesive and stimulating learning community, wherein an atmosphere of scholarship and spirit of research is cultivated;

3. Use our campus as a living laboratory to improve learning, and uses the wider region to broaden and extend Clarkson’s outreach and service;

4. Provides personal advising and interaction with faculty and staff as well as supportive relationships among students;

5. Offers many leadership opportunities through co-curricular groups and activities; 6. Respects and learns from its community of diverse people, backgrounds, and cultures.

Together, these provide a unique educational experience that is directed toward developing the whole person.

Major Values of the Clarkson Community “Lead by Example and Others Will Follow” Caring : A positive and friendly atmosphere is created when we care about each other, when we are open to constructive criticism, and when we show appreciation for a job well done. Diligence: “A workman that needeth not to be ashamed.” Initiative and hard work are key ingredients in getting the task done. Diversity: The mutual appreciation of differences and a plurality of opinions, beliefs, and cultural traditions inform and enrich our lives. Integrity: Honesty and accountability in one’s actions and words form the foundation of our relationships with others. Growth: Educational experiences in and out of the classroom enliven our minds, broaden our horizons, and facilitate dialogue and consensus. Learning is a lifelong activity. Service : Offering our time and skills for the good of our fellow citizens leads to the prosperity and environmental health of the community and to the well-being and character development of the individual. Teamwork: Effective teamwork encourages creativity and self-initiative in our respective roles and partnerships. It is essential in getting the task done and in developing the skills needed to meet the challenges of ensuring sustainability of local and global economic, environmental and social systems. Vision : Having a vision of a sustainable future helps us prepare for it. Embracing the inevitable changes in our world as opportunities allow us to anticipate, promote, and facilitate change.

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ABOUT CLARKSON UNIVERSITY Clarkson is a private, national research university and proven leader in technological education and sustainable economic development. Through more than 95 rigorous programs of study in engineering, business, arts, education, sciences and health professions, we educate 4,300+ students and pursue interdisciplinary research, scholarship and innovation. We ignite connections across disciplines, industries and social cultures to create the entrepreneurial mindset, knowledge and intellectual curiosity needed to innovate world-relevant solutions and prepare the leaders of tomorrow. Alumni earn salaries that are among the top two percent in the nation and realize accelerated career growth. Founded in 1896, Clarkson’s main campus is located in Potsdam, New York, and additional graduate programs, online networks and research facilities are based near industry partners in Saranac Lake, Schenectady, Beacon and New York City. Founded in 1896 with a compelling charge to always search out the real needs of the American people, Clarkson cultivates an innovative and interdisciplinary research environment focused on rapidly solving real world problems for a better future. Example signature areas of research include STEM and entrepreneurial education, healthy global solutions, computational and data-enabled discovery, advanced materials development, and next generation medicine and healthcare. Our external network has more than 380 active partners in industry, government agencies, chambers of commerce and research organizations affording students access to world relevant problems to pursue with their professors as well as a direct pipeline to internships and careers after graduation. In addition to an engaged 43,000+ strong alumni community in 87 countries, our global reach extends through our schools, ROTC command, research centers and institutes across the Clarkson corridor stretching from Potsdam to New York City as well as more than 40 international university exchange partners. Here is a sample of the external accolades:

1. Clarkson alumni salaries rank in the top 2 percent of highest salaries in the United States, Pay-scale College Salary Report.

2. Colleges That Pay You Back: The 200 Schools That Give You the Best Bang for Your Tuition Buck, Princeton Review

3. One of the 25 Colleges with the Highest-Paid Graduates, Money & Career Cheat Sheet. 4. Top-tier National University, U.S. News & World Report, America’s Best Colleges. 5. Top-20 Best Values (Great Schools, Great Prices), U.S. News & World Report, America’s Best

Colleges. 6. Best Colleges for Veterans, U.S. News & World Report, America’s Best Colleges. 7. Top 10: Universities that increase salaries the most, A Clarkson degree will increase your

earnings by 42 percent on average, Brookings Institution. Clarkson’s major organizational units are the School of Arts & Sciences, the David D. Reh School of Business, the Wallace H. Coulter School of Engineering, Earl R. and Barbara D. Lewis School of Health Sciences the Institute for a Sustainable Environment, the Graduate School, the Institute for STEM Education, Sponsored Research Services, and The Clarkson School, a unique program in which talented high school age students can begin college early.

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Wallace H. Coulter School of Engineering

Representing approximately 54% of all student enrollment (1,656 undergraduates and 220 graduate

students), the Wallace H. Coulter School of Engineering has 96 faculty and staff in the Departments of

Chemical & Biomolecular Engineering, Civil & Environmental Engineering, Electrical and Computer

Engineering, and Mechanical & Aeronautical Engineering. Faculty and students also participate in the

engineering & management, software engineering and undergraduate interdisciplinary minors.

In spring 2002, Clarkson announced that the Wallace H. Coulter Foundation had made a $30 million

philanthropic gift to the University to support the ongoing excellence in its engineering and science

programs. The gift honors the late Wallace H. Coulter, a past trustee and research partner of the

University, and reinforces a theme he embraced, “Technology Serving Humanity.”

The School of Arts & Sciences

The School of Arts & Sciences provides the foundation for all of Clarkson’s degree programs and offers

distinctive majors and minors that set students apart in the competitive marketplace. The School of

Arts & Sciences ignites the foundation for all of Clarkson’s degree programs and offers distinctive

undergraduate and graduate programs that can set students apart in the competitive

marketplace. Some programs are in traditional disciplinary areas, such as biology, chemistry,

mathematics, history and psychology, while others, such as biomolecular science and digital arts &

sciences, integrate knowledge from several disciplinary areas to address recently emerging issues. All

benefit from Clarkson’s strengths in engineering and business, and all are focused on preparing

students for graduate school, professional programs and careers.

The Reh School of Business

Named in 2017 for David D. Reh ’62, H’17, the mission of the Reh School of Business is to combine

scholarly research and teaching to create and advance knowledge at the intersection of business,

technology and society. With 68 faculty and staff supporting 578 undergraduates and 251 graduate

students, the Reh School focuses on areas that span traditional boundaries: global supply chain

management, innovation & entrepreneurship, financial information & analysis, business intelligence

& data analytics, and mathematical economics. The engineering & management program, which is

among a limited number of programs in the world that enjoys dual accreditation by both engineering

and business agencies, is also administered from the Reh School with close alignment to the Coulter

School. All Reh students start their own business as first-year students, engage in an international

experience and develop expertise in traditional business disciplines – accounting, economics, finance,

marketing, management, operations and data analytics – and then clearly see how they fit together.

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The Lewis School of Health Sciences Through a transformational gift in 2019 from Earl and Barbara Lewis, Clarkson University is establishing the Earl R. and Barbara D. Lewis School of Health Sciences for its growing portfolio of programs to assure the highest quality education for its students and advance careers, research and innovation with emphasis on meeting rural and distance-challenged healthcare needs. The Lewis School of Health Sciences currently consists of three fully accredited graduate-level programs: physical therapy, physician assistant and occupational therapy. The Lewis School consists of six to 10 faculty per program, 30 students per program cohort and approximately 225 students within the School. The occupational therapy program offers a Master of Science in Occupational Therapy, the physician assistant program offers a Master of Science in Physician Assistant Studies and the physical therapy program offers the Doctor of Physical Therapy degree. The Clarkson Institute for a Sustainable Environment (ISE) The ISE facilitates boundary-spanning environmental research, educational activities and external partnerships. Students from across campus can integrate sustainability into their curricular or co-curricular education by adding minors, writing proposals to implement sustainability projects on campus, participating in research or spending a semester immersed in social, environmental and economic issues as a part of the Adirondack Semester. The ISE also houses the Center for Sustainable Energy Systems (CSES), which generates new concepts and solutions in bioenergy, energy education, energy efficiency, energy literacy, environmental impact studies, energy harvesting and storage, energy policy, power systems, solar energy, transportation systems and wind energy. The Institute also supports Clarkson’s significant resources focused on the management of pollution and the measuring of contaminant concentrations in environmental media. This includes the Center for Air Resources Engineering & Sciences (CARES), which brings together expertise focused on environmental sampling and analysis, receptor modeling, analytical chemistry, atmospheric deposition and the application of experimental and computational fluid dynamics to pollution problems. The Beacon Institute for Rivers and Estuaries As a close partner to ISE, the Beacon Institute for Rivers and Estuaries ignites citizen science, user-inspired R&D and education through collaboration and creative innovation to inspire sustainable solutions for estuary and freshwater ecosystems throughout the Hudson Valley and across New York State. Clarkson’s Institute for STEM Education Clarkson’s Institute for STEM Education also spans boundaries across the other two institutes and the schools through formal and informal educational outreach, educational and pedagogical research, and the scholarship of teaching and learning, as well as through the recruitment and retention — and persistence — of STEM students and collaboration with educational and basic-research initiatives. Clarkson’s award-winning Master of Arts in Teaching program is a key anchor in the Institute and supports a series of novel boot-camps for STEM graduate students to prepare for teaching and advising roles.

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The Honors Program

The Honors Program is a small community of about 187 students. Students in the Honors Program are

diverse, nationally and ethnically, with about equal numbers of women and men and representing all

majors at Clarkson. Founded in 1997, the Honors Program takes the undergraduate experience to an

entirely new level. Clarkson is famous for its hands-on, problem-based curriculum, but the Honors

Program provides even more opportunities to conduct original research or independent projects;

experience internships, co-ops or study abroad placements; and work in teams on real-world

problems. Admission to the Honors Program is highly selective. Honors students form an intimate,

supportive, highly motivated and talented “community within a community.”

Closely aligned to the Honors Program, The Clarkson School is a selective early-college academy that

engages approximately 60 talented and motivated high school students who enroll as first-year

university students at Clarkson. Taking the same courses as undergraduates and accessing all the same

support services, clubs and activities, “Schoolies” live in a special living-learning community that

provides additional support for personal growth, academic achievement and professional

development.

Centers

Several academic research centers further leverage the University’s scholarly strengths. For example,

the Center for Advanced Materials Processing (CAMP), which is also a New York State Center for

Advanced Technology, contains state-of-the-art research laboratories that enable faculty to pursue

cutting-edge research and are accessible to undergraduates and graduate students for collaborative

projects.

In March 2019, New York State designated Clarkson University and SUNY College of Environmental

Science & Forestry (ESF) to co-lead a new Center of Excellence (CoE) in Healthy Water Solutions to

deliver synergistic problem-solving on the wide-range of water issues impacting the Empire State.

Clarkson’s world-class technical and engineering innovation expertise in healthy water systems and

ESF’s renowned expertise in monitoring, watershed ecosystem management and solution

development uniquely position the CoE to create and leverage partnerships across the public-private

sectors.

The Center for Rehabilitation Engineering, Science and Technology (CREST) serves to integrate biomedical

engineering and science with assistive and adaptive technologies and physical therapy to improve lives

affected by disease or injury.

As a National Science Foundation Industry-University Cooperative Research Center, the Center for

Identification Technology Research (CITeR) serves its affiliates in the rapidly growing areas of biometric

identification and credibility assessment technology through an interdisciplinary group of faculty,

researchers and students.

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The Clarkson Center for Complex Systems Science (C3S2) addresses the rapidly growing field of identifying

and understanding causality in large-scale systems, as well as the hierarchical interactions, patterns and

scaling of system components across a variety of fields, such as brain science, insect swarming, social

science and fluid dynamics.

Clarkson is also the home of military science programs for the 135 cadets in the Golden Knights Battalion

in the U.S. Army and Air Force ROTC programs. Students from St. Lawrence University, SUNY Potsdam,

SUNY Canton and Paul Smith’s College are also eligible to participate in ROTC through Clarkson. Students

with strong academic backgrounds — who are physically fit and have active minds and the ability to rapidly

assimilate information — thrive before becoming active duty officers with choice assignments in the United

States military.

Clarkson’s Engineering & Management program is the second program in the world to be accredited by both AACSB International and the Engineering Accreditation Commission of ABET. Collaborative projects to solve real-world problems prepare students in all majors for the team-oriented global workplace. Some 400 undergraduates a year perform faculty-mentored research or participate in national academic team competitions through Clarkson’s award-winning program called SPEED (Student Projects for Engineering Experience and Design). Competition projects range from environmental problem solving to Mini-Baja vehicle racing to FIRST Robotics. All business students work on entrepreneurial teams that create and run actual companies. There are more than 50 study abroad programs in 28 countries, as well as internships, workplace co-ops, and research fellowships, which broaden the undergraduate educational experience. Clarkson’s physical facilities are valued at $269.4 million. They comprise approximately 1,324,053 square feet of assignable space, of which almost 90 percent has been built since 1970. More than 339,410 sq. ft. are dedicated exclusively to academic programs, including 51,559 sq. ft. in traditional classrooms and 162,941 sq. ft. assigned in laboratory areas. Retention studies of independent institutions in New York State show on average that 68.9 percent of students who enter as freshmen complete their degrees within six years, and 56.1 percent in four years. At these same schools, the sampling of transfer students shows 63.5 percent completing their degrees in four years and 67.6 percent in six years. At Clarkson the graduation rate is well above the norm: averaged among those completing degrees over the past three years, 74.3 percent of freshmen completed their studies for a bachelor’s degree within six years; 75.1 percent in five years; and 62.4 percent in four years or less. *Among transfer students, 50.8 percent complete their bachelor’s degrees in two years and 81.5 percent in four years. *Under the Student Right to Know Act, the federal government requires the University to publish the six-year graduation rate for students who have enrolled as first-time freshmen. Clarkson operates a

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unique program known as The Clarkson School, which allows students to begin their college career one year early (see Undergraduate Admission). This program attracts some students who may not intend to remain at Clarkson for four years and inclusion of these students in the total has the effect of making that published rate misleading. The inclusion of Clarkson School students makes the University’s six-year graduation rate 73.1 percent.

A BRIEF HISTORY OF CLARKSON (The following summary has been excerpted largely from A Clarkson Mosaic, a history written by Professor Emeritus Bradford B. Broughton in conjunction with the institution’s 1996 Centennial.) Two months after a highly successful Potsdam businessman, Thomas Streatfeild Clarkson, was crushed to death while trying to save one of his workers in his sandstone quarry on August 17, 1894, his family began planning a memorial to him: a school. Choosing as their rationale a phrase which his sisters and nieces felt aptly described their brother- Thomas’ favorite Biblical quotation, A workman that needeth not to be ashamed- the family opened the Thomas S. Clarkson Memorial School of Technology in September 1896, in the Main Building (“Old Main”) which they commissioned to be built on Main Street. To the five young men in the preparatory class, eight men and four women in the freshman class, six courses of instruction were offered: electrical engineering, domestic science, art, machine work and smiting, woodwork and pattern making, and normal manual training. By 1907 the school was offering additional bachelor’s degrees in mechanical, civil, and chemical engineering. Recognizing the need for a gymnasium, the students began a fund-raising campaign for the $11,000 needed to build one in town, spurred on by a $5,000 gift from the Clarkson family. By 1912, this second school building had been erected. That building became the library in 1956 after the new Alumni Gymnasium opened. When the library moved to the Educational Resources Center in 1978, the original building became the Liberal Studies Center. When the New York State Board of Regents offered scholarships to qualified students attending college within the state in 1913, Clarkson’s Board of Trustees voted to change the school’s name to the Thomas S. Clarkson Memorial College of Technology; the head of the college became president instead of director; and John Pascal Brooks, a Dartmouth graduate, and one of the men on Walter Camp’s first All-American football team, became the first Clarkson director to bear the title of President. Hockey began in 1919 on a rink behind Old Main, and soon moved to a bigger rink built by the students in Ives Park. Not until the hockey arena was completed on land across the river in 1938 did the team have a building in which to play. That facility was later named for the founding force behind Clarkson hockey, Murray Walker, owner of Weston’s Bookstore. Walker Arena provided home ice for Clarkson teams, which have frequently achieved national ranking, until Cheel Arena was completed in 1991. The Women’s Hockey Team is 3 time NCAA national champions in 2014, 2017, and 2018. Thomas Clarkson’s nieces, Miss Annie Clarkson and Miss Emily Moore, tried to have the entire school moved to a new campus on a hill outside of Potsdam (hence the nickname, the “hill campus”), with a

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gift of $1.5 million in 1929. However, because that money shrank to half a million within a year due to the stock market crash, the plans for the move had to be shelved for over 30 years. Since then, the campus has moved almost entirely to the hill, although some administrative offices and the programs in health sciences remain on the original downtown Potsdam campus. Responding to a plea from New York Governor Thomas Dewey after World War II, Clarkson admitted hundreds of returning veterans. Having no space to house or teach them by 1946, Clarkson rented the New York State School for the Deaf in Malone, N.Y., 40 miles east of Potsdam. For the next five years, freshmen and many sophomores spent their first two years in Malone before moving to the Potsdam campus for the remainder of their Clarkson education. That branch closed in 1951. With that flood of veterans came the Trustees’ realization that the College would have to expand its facilities, and expand them it did over the next 20 years, adding not only facilities but graduate programs in engineering, science, and management, including PhD programs in most.

During that post-war period, and through the mid-1980s, Clarkson expanded both of its campuses, with many new residence halls on the hill campus, including Hamlin-Powers, the Quad, Moore House, Price and Graham Halls, Woodstock (originally planned for married student housing only), and the Townhouses. Beside them, it built the Educational Resources Center in 1978 and then added recreational facilities of the Indoor Recreation Center in 1980. The downtown campus also witnessed expansion during those years; Peyton Hall for chemical engineering, Damon Hall for civil engineering, Clarkson Hall for electrical engineering, and Lewis House for a student union. Clarkson also gradually took over Snell Hall from SUNY Potsdam for classrooms and office space. In the fall of 1991, two significant developments occurred on the hill campus. Clarkson opened the CAMP (Center for Advanced Materials Processing) building, a research and teaching complex with state-of–the-art laboratories, designated a New York State Center of Advanced Technology. The building was connected to the existing Rowley Laboratories and, in the fall of 1996, all engineering departments were consolidated in the CAMP-Rowley complex.

Also in 1991, the University opened the Cheel Campus Center, a combination student union and hockey arena that includes dining areas, student government and activities rooms and offices, and a post office. In the fall of 1998, the University also completed a new Fitness Center, which connects the Indoor Recreation Center and Alumni Gymnasium.

In the spring of 1999, Clarkson Hall was renovated and rededicated as the Center for Health Sciences. This downtown facility now houses the University’s programs in Occupational Therapy, Physical Therapy, and Physician Assistant Studies. The newest academic building, Bertrand H. Snell Hall, opened on the hill campus for the fall 2000 semester. A wing of biochemistry laboratories was added to the Cora and Bayard Clarkson Science Center and opened in fall 2005. The Technology Advancement Center (TAC), an 18,000-square-foot addition connecting the Schuler Educational Resources Center and the Cora and Bayard Clarkson Science Center, was completed in fall 2008. A new Student Center was completed in August 2010 and connects all academic buildings. In 2017, #ClarksonIgnite was introduced as a new approach and catalyst for exploring, creating and achieving what's next. Through a renovation to the Schuler Educational Resource Center, an Innovation Hub was created to ignite

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connections across academic disciplines, cultures and industries to create the entrepreneurial mindset, knowledge and intellectual curiosity needed to innovate world relevant solutions.

In 2016 The University welcomed a Graduate School campus in Schenectady, New York that takes advantage of all that New York’s Capital Region has to offer. Like Potsdam, Schenectady has a large collegiate presence (Union College and Schenectady Community College in the same city) as well as many other educational institutions, research institutes and government think tanks.

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ACADEMIC PROGRAMS

Bachelor’s Degree Majors All bachelor’s degree programs at Clarkson require completion of 120 credit hours and the learning expectations of the Clarkson Common Experience. In addition to traditional discipline-specific degrees, Clarkson offers majors that combine work from at least two different fields so that students can broaden their areas of expertise. Program length for a bachelor of science degree is four years. A description of each degree program and its requirements can be found below. The Higher Education General Information Survey (HEGIS) code designated by the New York State Educational Department for classifying these academic programs can be found in the list of degree programs and HEGIS Codes near the end of the catalog. Clarkson offers the Bachelor of Science (BS) degree in the following majors: School of Arts & Sciences American Studies History Applied Mathematics & Statistics Interdisciplinary Liberal Arts Biology Interdisciplinary Social Sciences Biomolecular Science Literature Chemistry Mathematics Communication Physics Computer Science Political Science Data Science Psychology Digital Arts & Sciences

David D. Reh School of Business Business Intelligence and Data Analytics Engineering & Management

Innovation & Entrepreneurship

Financial Information & Analysis Global Supply Chain Management

Wallace H. Coulter School of Engineering Aeronautical Engineering Electrical Engineering Chemical Engineering Environmental Engineering Civil Engineering Mechanical Engineering Computer Engineering

Institute for a Sustainable Environment (ISE) Environmental Health Science Environmental Science & Policy

Interdisciplinary Programs Mathematical Economics Software Engineering (See ISE for additional programs)

Institute for STEM Education

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Double Majors and Second Clarkson Degrees Undergraduates may also enhance an academic major by combining it with a second major. This may lead to a single bachelor’s degree with a double major or to two Clarkson bachelor’s degrees.

Minors To complement and enrich bachelor’s degree programs, Clarkson also enables students to assemble coursework in designated minor programs. Such minors provide students with another area of specialization outside their major. Minors require 15 or more credit hours of specified coursework. Completion of an approved minor is indicated on a student’s transcript. Humanities and Social Sciences also offer disciplinary minors and student-designed minors not in the below list. See Minors in Humanities and Social Sciences in the School of Arts & Sciences section of the catalog or contact the chair of the Department of Humanities and Social Sciences.

School of Arts & Sciences Minors American Studies International and Cross-Cultural Perspective Anthropology Interdisciplinary Social Sciences Biology Law Studies Biology, Behavior & Society Literature and Arts Biophysics Chemistry Mathematics Chemistry Medicine and Healthcare Cognitive Neuroscience Philosophy Communication Physics Computational Science Political Science Computer Science Psychology Gender & Sexuality Studies Science, Technology and Society History Sociology Individually Designed Minor Statistics Information Technology War Studies David D. Reh School of Business Minors Business Law Studies Corporate Innovation New Product Development and Marketing Economics Project Management Human Resource Management

Wallace H. Coulter School of Engineering Minors Electrical Engineering Biomedical Engineering Engineering Science Sustainable Energy Systems Engineering Environmental Engineering Software Engineering

Institute for STEM Education Minors Pre-Teaching

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Interdisciplinary Minors Biomedical Engineering Robotics

Biomedical Science and Technology

Institute for a Sustainable Environment (ISE) Minors Environmental Health Science Sustainable Energy Systems Engineering Environmental Science Environmental Policy

Sustainable Solutions for the Developing World

Professional Concentrations Undergraduate students may build an area of specialized expertise termed a professional concentration within, or closely related to, their degree program major. Such concentrations require at least 15 credit hours of coursework. Successful completion of a faculty- approved concentration is indicated on a student’s transcript. Course requirements vary and interested students should consult with academic advisers. The following professional concentrations have been designated: School of Arts & Sciences Gender & Sexuality Studies Health Psychology

David D. Reh School of Business Global Supply Chain Management Accounting

Wallace H. Coulter School of Engineering Biomolecular Engineering Structural Engineering Construction Engineering Management Water Resource Engineering Electric Power Engineering Manufacturing Engineering Environmental Engineering

Institute for a Sustainable Environment (ISE) Environment and Security Industrial Hygiene Ergonomics

Accreditation Clarkson is accredited by: Middle States Commission on Higher Education, 3624 Market St, Philadelphia, PA 19104-2680 215-662-5606.

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The undergraduate programs in aeronautical, chemical, civil, computer, electrical, environmental, mechanical, and software engineering are accredited by the Engineering Accreditation Commission of ABET, https://www.abet.org/. Students who have completed at least three years towards a bachelor’s degree in engineering are eligible to take the Fundamentals of Engineering examination toward licensure as professional engineers. The School of Business is accredited by the Association to Advance Collegiate Schools of Business (AACSB). The undergraduate engineering and management program in the School of Business is also accredited by Engineering Accreditation Commission of ABET, https://www.abet.org/. In addition, the University is accredited by the United States Civil Service Commission, and its curricula are approved by the New York State Board of Regents. All Clarkson degree programs are approved by the New York State Division of Veterans Affairs for the training of veterans and other eligible persons.

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ACADEMIC AFFAIRS

The Office of the Provost Robyn Hannigan, Provost Amanda Pickering, Executive Director of Academic Affairs Christopher Robinson, Associate Provost for Faculty Achievement The Office of the Provost supports the many functions that contribute to the academic mission of the University through teaching, research and scholarship, and academic service. Fostering a vibrant academic community that promotes learning, inspires innovation and entrepreneurship, and actively seeks diversity across the portfolio, the Office is responsible for vision and guidance in ensuring excellence in academic programs, standards, and processes. The Provost Office ensures the presence of the highest quality faculty, relevant academic program offerings with the highest standard of student learning outcomes, and develops leadership at various levels of the academic organization.

Clarkson Ignite

Erin Draper, Managing Director draper@clarkson.edu Ann Barrett, Program Coordinator abarrett@clarkson.edu Clarkson Ignite serves the entire campus as an innovation ecosystem that connects students, faculty, staff, alumni, and community leaders to gain critical hands-on creative experience. How? Through shared spaces and programming aimed at stimulating intellectual curiosity, developing entrepreneurial mindsets and skillsets, expanding firsthand learning and making experiences, and forging social and professional connections. Clarkson Ignite works to instill new ways of thinking and doing in all Clarkson students. The Ignite ecosystem encompasses five key elements: curriculum, extracurricular activities, research, making, and business incubation through the Shipley Center for Innovation. The ecosystem includes the Innovation Hub located in the Andrew S. Schuler Education Resources Center home of group collaboration space, the Makerspace, the Digital Making Suite, and the Studio which is located in Bertrand H. Snell Hall.

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The Associated Colleges Consortium

The Associated Colleges of the St. Lawrence Valley was chartered in 1970 to stimulate a variety of cooperative activities among Clarkson University, St Lawrence University, SUNY Canton, and SUNY Potsdam. With only 10 miles separating the four campuses, a significant amount of social, cultural and academic cooperation is possible. Clarkson students have ready access to most resources at the other colleges. Special events are publicized through joint calendars and other means. Each of the four libraries permits students from all of the colleges to draw upon the total holdings of approximately one million volumes (See Educational Resources Center). Students may cross-register for courses within the consortium, and some sharing of faculty takes place. To be eligible to cross-register, undergraduate students must be enrolled in at least 12 credits at Clarkson, including the cross-registered course, eligible students can take up to two courses (not available in their home institution) per academic year totaling no more than eight credits on a space-available basis at one or another of the campuses. An academic year for cross-registration includes the fall and spring semesters. A form for cross-registration is available at https://associatedcolleges.org/services/cross-registration/ Students will be enrolled as non-matriculated students at the host institution and the course(s) will be transcribed at the host institution. At the end of the semester, an official transcript will be sent to the student’s home institution and credit will be posted as transfer credit on their Clarkson transcript. Undergraduate students must receive a grade equivalent to a C (2.000) or higher at Clarkson. Grades in such courses are not used in computing a student’s GPA, and are not counted toward the minimum number of credits required for academic honors. If cross-registration credits results in a course load requiring additional tuition charges, the student is responsible for those additional charges.

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University Libraries

Michelle L. Young, Dean of Libraries/ Associate Professor myoung@clarkson.edu The University Libraries supports Clarkson University’s mission by promoting academic excellence through the implementation of programs, policies, and strategies geared towards the innovative vision of libraries in the 21st century in support of teaching and research. To achieve excellence, we provide high-level information literacy instruction, reference and research assistance, and run a robust access services model allowing our clientele to access resources both inside and outside of our collection. All of the University Libraries resources and services are available to all students, faculty, staff, or other affiliated persons regardless of their location as we serve a distance and local clientele who interact with the Potsdam and capitol region campuses as well as other affiliate locations. The Harriet Call Burnap Memorial Library is the main library located on the Potsdam hill campus in the Educational Resources Center (ERC). Its collection is comprised of materials in various formats including journals, books, audio visual materials, government documents and reports, Clarkson University dissertations, and archival materials. The Health Science Library is the University Libraries’ branch library and is located in the Center for Health Sciences (Clarkson Hall) on the downtown Potsdam campus. This unique collection serves the University’s allied health programs as well as the local health industry.

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Physical Education

Scott Smalling, Director of Athletics & Recreation Bill Bergan, Director of Physical Education Physical Education offers an array of optional courses that vary based upon student interest and the season. The program is designed to offer a variety of activities in individual, lifetime and team sports which augment the required Personal Wellness course. Special attention is given to those activities with significant carry-over values for lifelong participation.

Optional Physical Education Courses Optional physical education courses include Weight Training Techniques, EMT/CPR Lifesaving, Gold, Racquetball, Aerobic Fitness, and Badminton. In cooperation with the University medical staff, the Physical Education Department will assist those students who are physically disabled to design a program best suited to their capabilities. The Henry R. Hodge Sports and Recreation Complex is located on the Potsdam campus, adjacent to the residence halls and easily accessible to all students. Facilities include the Denaka Family Fitness Center, Alumni Gymnasium, Schuler Recreation Building (which houses the Stephenson Field House and the Fuller Pool), the Denny Brown Adirondack Lodge, and the Snell Athletic Fields. Additional facilities include Walker Center, Hantz Turf Field, Bagdad Field, Scott Field, Neugold Field, and the Cheel Campus Center and Arena. The Department of Athletics and Recreation offers a number of summer camp opportunities. For more details, contact 315-268-6622 or visit the website.

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Honors Program

John Moosbrugger, Interim Director honors@clarkson.edu Clarkson offers an intensive, four-year undergraduate Honors curriculum for exceptionally talented students majoring in any of our degree programs. Applicants typically rank in the top ten percent of their high school class, have excellent standardized test scores, and demonstrate outstanding academic achievement. They are also typically highly engaged in co-curricular and extra-curricular activities, and have an excellent record of leadership and service. Students must maintain a grade-point average of 3.25 and keep up with leadership and service requirements of the Honors Program to remain in good standing. Applicants to the Honors Program must complete an on-line form, which includes two short essay questions, and submit a résumé. Selected candidates are invited to interview, which may be conducted in-person, via teleconference, or by phone. The Honors Program admits up to 60 new first year students and up to 15 sophomore students per year. The Honors Program complements work in the majors, emphasizing the development of critical

thinking, problem solving, teamwork, and communication skills. Students take one Honors course per

semester. Courses develop as interlocking, multidisciplinary sequences, bringing perspectives from

different disciplines to bear on contemporary problems at the interface of science, technology and

society. The approach is open-ended and project-based.

The four-year sequence comprises the following general topics:

1. First year - Ethical Issues in Science, Technology and Society

2. Second year - The Sophomore Project

3. Third year - Ways of Knowing and the Honors Thesis

4. Fourth year - The Honors Thesis and Experience of Research and Modernity

The Honors Program also offers students opportunities to engage in original research through its

summer research programs. Students participate in cutting-edge research with faculty mentors for up

to ten weeks, for which the program provides board and room. Some stipends are also available on a

competitive basis. The five-week “pre-frosh” program provides a unique opportunity for incoming first

year students even before they matriculate at Clarkson.

All students must complete an Honors thesis based upon original scholarship which is generally conducted in the junior and senior year under the guidance of a faculty member. A wide range of topics and formats is accepted, from laboratory research to business plans, from engineering design to artwork, and from software applications to creative writing. There is even an option to complete a thesis on a co-op assignment. All Honors students must complete the leadership and service requirements. The Leadership Program is intended to develop personal and positional leadership skills of Honors students. The service program is administered by students themselves who coordinate a wide range of opportunities to

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serve the campus and the local community. A minimum of ten hours of service per year is required to graduate from the Honors Program. Honors students enjoy many other benefits, including: 1. The Honors Scholarship as part of their Clarkson financial assistance package; 2. The Honors Educational Enhancement Scholarship that funds high impact scholarly and

professional development activities; 3. A residential learning community; and 4. Peer mentorship programs The Honors Program at Clarkson is administered by an Honors Council composed of representative faculty and staff, and Honors students who are elected by their peers. Students are also engaged in governance of the program through the elective Steering Board and its committees, which include Honors Ambassadors, Service Committee, Activities Committee, and Webmasters.

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Early Entrance College Program: The Clarkson School

Jennifer M. Knack, Interim Head of School jknack@clarkson.edu

The Clarkson School is a unique program for talented high school age students who are ready to begin college early. Unlike many early-entrance college programs, The Clarkson School provides a full-time residential program and dedicated advising that facilitates the transition to college life. The Clarkson School has been bringing academically advanced students to Clarkson University since the fall of 1978. Students who enroll in The Clarkson School live together on campus in a community with specially trained residential advisors and upper class mentors. Commuting day students from St. Lawrence County may also join the community. Our students are matriculated as first year University students and typically earn about 32 - 34 college credit hours during the year. Courses are selected from the University’s offerings across the curriculum in the School of Arts & Sciences, Business, and Engineering. With assistance from the school staff, students design their programs of study to meet their individual interests and needs. The low student-staff ratio of The Clarkson School ensures individualized attention. Our orientation and advising programs emphasize time-management and study skills that are essential for success in college. We assist in career and major exploration and each student’s progress toward their goals is carefully monitored. Individualized assistance is provided where necessary. Our Professional Development Program is designed to complement the academic experience: workshops focus on resume and cover letter writing, preparation for career fairs and job interviews, writing personal statements, financial aid, summer research opportunities, and other topics. We believe that through such enrichment programs, our students will grow personally and professionally to become fully contributing members of our community and of their communities in the future. Monthly family dinners are held to build a sense of community amongst The Clarkson School students and they are themed to address the needs of first year students. For example, students enjoy guest speakers, meeting faculty mentors and alumni of The Clarkson School, an "etiquette dinner" as well a dinner at the President of the University's home. Field trips are also an integral part of the program, and they typically combine educational and community-building activities. The Clarkson School students may also participate in University organizations and clubs, including intercollegiate and intramural sports. Upon satisfactory completion of the year, students may automatically continue as sophomores at Clarkson University. In most cases, our students are given credit and appropriate advanced placement at other institutions. The staff provides guidance and help for those who wish to continue their education at other colleges and universities. The cost of The Clarkson School is comparable to the cost of a year at Clarkson University. Merit and need-based financial aid is available to all accepted students. Please note that students who elect to remain concurrently enrolled in high school while attending The Clarkson School are not eligible for

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federal financial aid. Credit may be given for Advanced Placement or college courses taken in high school, dependent on scores or grades achieved. Applying to the Clarkson School The Admission Committee evaluates each applicant’s credentials with great care. In general, applicants accepted to The Clarkson School demonstrate personal maturity, high levels of achievement in their academic work, and engagement in extra-curricular activities. In order to determine whether a student is ready for the early college experience at The Clarkson School, we consider academic preparation as evidenced in the cumulative GPA, rank in class, standardized test scores, and the rigor of the curriculum the student has taken. Attention is also given to letters of recommendation as further evidence the student is prepared for the early college experience. A completed application portfolio includes The Clarkson School Application, Essay, Secondary School Report, official high school transcript, standardized test scores, and at least two letters of recommendations. There is a $50 Application Fee, along with a $500 Enrollment Deposit for accepted students who wish to reserve a spot in the class. All applicants are strongly encouraged to visit for an interview and campus tour. Students who interview with an Admission Representative for The Clarkson School will have their application fee waived. The priority application deadline is June 1, but earlier application is highly recommended. Admission decisions are made on a rolling basis for students who have completed their Application Portfolio. Please note that all students are admitted to The Clarkson School subject to policies and procedures set forth in The Clarkson School Admission guidelines. To request an Application Portfolio or more information, call or write to: Director of Admission, The Clarkson School, Clarkson University Box 5650, Potsdam, NY, 13699 1-800-574-4425 or 315-268-4425 tcs@clarkson.edu

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Office of University Advising

Catherine Avadikian, Director

Bridget Clute, Student Advising Specialist/Administrative Coordinator

Jeremy Riedl, Undergraduate Advising Specialist

The Office of University Advising (OUA) is a centralized University-Level resource to all undergraduate

students, their advisors, and partnering entities. OUA provides key infrastructural support to ensure

advising consistency, equitable access, quality assurance, and continual assessment to meet strategic

metrics in support of student achievement.

Undergraduate student advising is complex. In the simplistic view, “advising” is all about one meeting per

semester to assist students in picking courses for the next term. But the literature, and our experience, tells us

there is much more: defining career and life goals; planning internships; plotting a course to graduate school;

finding time for study abroad or the Adirondack Semester; additional load from ROTC or sports; and dealing

with homesickness and roommate issues. Advising is integrating the academic curriculum to students’ life

aspirations and career goals.

OUA fosters services related to key student achievement initiatives outlined below:

Affinity Advising Expertise Advising Workshops/Sessions

University Studies Faculty Orientation

Pre-Health Faculty Advisor Training

Transfer Lunch & Learn Workshops

Major Scholarships Faculty Advising Resources

Student-Employee Advising New Student Orientation

High School Enrichment Advising Pre-Matriculation Advising

Student Persistence Equitable Advising Access

Integrated Advising Support Faculty Liaise Partnerships

Continuance & Readmission Advisor Resource Management

SafetyNet Partnership Student Advising Resources

Low Enrollment Assessment Centrally-located Advising Office

Financial Aid & Student Accounts Collaborative

Student Learning Outcomes Assessment Partner

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Pre-Health Professions Advising

Damien Samways, Associate Professor and Chair of the Pre-Health Advising Committee Bridget Clute, Freshman and Sophomore Pre-Health Advisor healthadvising@clarkson.edu Students may prepare for further professional study in medical (including Occupational Therapy, Physician Assistant, and Physical Therapy), dental and veterinary schools through any major at Clarkson. For a more structured path into these professions, students can choose to complement their primary degree with a minor in Medicine and Health Care, which includes courses covering the interdisciplinary range of knowledge and perspectives necessary to be an effective health-practitioner. Regardless of the undergraduate path taken, Clarkson’s Health Professions Advisory Committee meets with students individually as they progress through their courses of study, providing guidance and advice in meeting University and departmental requirements and ensuring preparation for entrance into professional schools. Pre-Occupational Therapy

Clarkson offers an undergraduate Pre-OT advising program and a graduate degree program in Occupational Therapy. Students interested in preparing for entrance into Clarkson’s Masters of Occupational Therapy degree program should contact the department at 315-268-4412.

Pre-Physical Therapy and Physical Therapy

Clarkson offers an undergraduate Pre-PT concentration and an entry level Doctor of Physical Therapy graduate degree program. Students interested in preparing for entrance in Clarkson’s Doctor of Physical Therapy degree program should contact the department at 315-268-3786. Pre-Physician Assistant and Physician Assistant Studies

Clarkson offers an undergraduate Pre-Physician Assistant advising program and a graduate degree in Physician Assistant Studies. Students interested in preparing for entrance into Clarkson’s Master of Physician Assistant Studies degree program should contact the department at 315-268-7942.

Pre-Medicine, Pre-Dentistry, and Pre-Veterinary Programs

Students intending to apply to medical, dental or veterinary school will receive guidance in the planning and completion of required coursework and professional experience, in addition to assistance in submitting their final application. Clarkson provides committee letters to accompany applications when requested, and also offers a preparatory course for students required to sit the MCAT. Students can contact healthadvising@clarkson.edu for further details.

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Pre-Law Advising

Christopher Robinson, Professor of Political Science/Associate Provost for Faculty Achievement crobinso@clarkson.edu Students from many degree programs at Clarkson have entered law school. Educators agree that success in a law career depends more upon the development of skills and habits conducive to legal reasoning than a student’s specific major. Students planning to seek admission to law school should use elective courses to develop a broad cultural background; intellectual curiosity; and reading, writing and speaking skills. Students interested in law school may consider completing the Law Studies Minor. Courses in business, engineering, and science help develop analytical skills and the technical background often helpful in understanding potential legal problems. Liberal Arts courses in the humanities and social sciences provide broad cultural background and the opportunity to develop analytical and verbal skills, since they entail a wide range of reading assignments, emphasize class discussion, and offer students the opportunity to prepare and criticize oral and written work. Clarkson University and University of New Hampshire School of Law, Franklin Pierce Law Center, Concord, New Hampshire, have signed an articulation agreement for students interested in pursuing a law degree specializing in intellectual property law. Franklin Pierce Law Center is an internationally known school training specialists in patent law and other intellectual property fields. Students admitted to Clarkson as first-year students can file a joint admission application with Franklin Pierce. When they complete their baccalaureate degree from Clarkson, they will be fully admitted to the Franklin Pierce Law Center providing they have a final undergraduate grade-point average of at least 3.25, an LSAT (Law School Admissions Test) score at or above the 75th percentile, and that they have not engaged in any intentional academic misconduct or criminal activity. Pre-law advising is available for students in all majors to help them develop academic programs that will serve as a strong foundation for future legal studies. A list of pre-law advisors is available through the Dean’s Office in the School of Business at 315-268-2300. The advisors provide counseling and information about law schools and careers in law.

Transfer Advising

Bridget Clute, Student Advising Specialist/Administrative Coordinator

bclute@clarkson.edu

Staff in the Office of University Advising provide outreach to new transfer students to support them in

their transition into Clarkson. The Office of University Advising serves as a contact point for transfer

students by providing answers to general questions such as those pertaining to their transfer course

work, summer school prep, and other areas of interest such as minors, double majors etc.

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University Studies Advising

Catherine Avadikian, Director cavadiki@clarkson.edu The University Studies Program was designed to serve those individuals who are ready to enter into their freshman year of college without making an initial commitment to a major field of study. It enables students to more fully investigate the full range of academic offerings relating to their specific academic and career interests. Students registered under University Studies are full-time matriculated undergraduate students who have yet to declare a specific major area of study. In all cases, a selection of an academic major will occur prior to the end of the freshman year. The program is structured and designed to assist students in making a sound, educated, and well thought-out decision about an appropriate major. In the first year, students are placed in courses based on their interests and recommendation of their advisor so that within two semesters, they will be able to enroll in a major of their choice and still earn a bachelor’s degree in four years.

Additionally, students are encouraged to participate in professional societies and counseling activities that can help them define their academic goals and career-related objectives.

Personalized academic advising is emphasized and students are directed to take full advantage of related services available to them at Clarkson.

Individually Designed Bachelor of Professional Studies Program

In addition to the Bachelor of Science (BS) degree, Clarkson offers a Bachelor of Professional Studies degree program to provide flexibility and interdisciplinary study. The BPS enables a student to design and pursue an individual curriculum that meets personal career objectives. Programs may be designed in any discipline or by combining disciplines offered at Clarkson.

Non-Degree Students

An individual may enroll at Clarkson University for non-degree study on either a full-time or a part-time basis. Although such individuals are classified as non-matriculating, they are provided an opportunity for academic study in areas of interest. This status may be used to obtain exposure in a particular area as a foundation for further academic work. Many persons with a degree use this status to gain exposure to another discipline without pursuing a degree. Students who are enrolled as non-degree students may not earn a degree from the University without gaining admission to an undergraduate degree-granting program. Non-degree students may accumulate up to 15 hours of coursework credit while in this status and must matriculate into a Clarkson degree program to earn credit beyond this. Persons interested in admission as a non- degree student should contact Student Administrative Services. Non-degree students must obtain approval for the courses they want to take from the director of Undergraduate Academic Advising. This approval is given on the basis of the student’s academic background and personal goals. Such students have no class standing and are not eligible to participate in any extracurricular activities involving intercollegiate competition.

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Major Fellowships and Awards

Karyn Crispo, Associate Director of Scholarship Preparation/Advising Specialist

kcrispo@clarkson.edu

Clarkson’s Advising Service for Major Fellowships, Scholarships & Awards promotes the full potential

of award candidates through a deep learning experience, developing scholars by way of one-on-one

advising throughout the application process to facilitate rigorous intellectual and personal

growth. Advising guides undergraduates, graduate students, and alumni through the major award

application process and serves to leverage their high-quality research and scholarship education into

transformative and life-long success within their careers and as citizens of their communities. This

service provides outreach to all students and campus partners on available awards, such as Fulbright,

Udal, Goldwater, and works in concert with Clarkson’s globally-oriented faculty and staff to identify

qualified students and awards suited to their future goals while facilitating national scholarship

competitions and nomination processes on Clarkson’s campus. This service adheres to the values of

integrity, collaboration, respect, and fairness of professional fellowship advising as identified by The

National Association of Fellowship Advisors (NAFA) Code of Ethics and views the major scholarship and

fellowship advising experience as an integral part of the Clarkson transformative educational approach

to engage the Clarkson community in promoting, participating in, and celebrating the excellence of

our high-achieving students.

Multidisciplinary Project (MP) and Multidisciplinary Team (MT) Courses

Clarkson has developed courses to provide students with the opportunity to solve real-world design problems in a team-based multidisciplinary atmosphere. Often these courses culminate in national competitions. Such multidisciplinary project experience has been increasingly valued by recruiters in the corporate marketplace. MP courses provide course credit, while MT courses carry no credit, but participation is recorded on the student’s transcript.

Summer Sessions

Clarkson offers summer sessions for undergraduates. A well-balanced offering of courses enables students to: 1. Participate in programs such as Cooperative Education of study abroad and still graduate with their

class; 2. Enrich their academic program with electives that do not fit into the normal semester; or 3. Take courses required for continuation in a specific program or transfer into a new area.

Three-Year Bachelor’s Degree Option

Students who have graduated in the top ten percent of their high school class and who enroll in a Business or Arts & Sciences major may complete a bachelor’s degree in three calendar years. To satisfy this accelerated schedule, students apply Advanced Placement credits and/or work on special research projects during the summer.

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ACADEMIC REQUIREMENTS FOR UNDERGRADUATE STUDENTS

The Clarkson Common Experience A Clarkson education prepares each student for today’s world and tomorrow’s challenges. All Clarkson students are required to meet the learning expectations of the Clarkson Common Experience. The Clarkson Common Experience integrates each student’s learning in a major field of study with learning expectations that broaden the student’s understanding of our modern world. Each Clarkson graduate achieves objectives in fundamental academic abilities, in personal and social development, and in prescribed areas of knowledge. Learning expectations of the Common Experience Each Clarkson graduate will achieve academic abilities that include:

1. Mastery of a major field of study; 2. Effective communication in oral, written, and technological forms, critical and imaginative

thinking; and 3. Problem solving skills using both quantitative and qualitative reasoning where appropriate

Each graduate is also expected to experience personal and social development that includes:

1. An increased understanding of and insight into his or her own behavior 2. An appreciation of the need for self-motivated life-long learning 3. An increased social awareness and interpersonal competence, including an appreciation for

the value of experiencing diversity; and 4. An understanding of and recognition of the need for personal, societal, and professional ethics

Knowledge is the essence of a university education, and each Clarkson graduate is expected to become knowledgeable beyond his or her major field in these areas:

1. The nature of culture and societies 2. Contemporary and global issues 3. The imaginative arts and their role in society 4. Science and technology, including their relationship to society and their impact on the

environment 5. Economic and organizational concepts and decision-making; and 6. Methods for studying and explaining individual and group behavior

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Components of the Clarkson Common Experience The Clarkson Common Experience provides a common set of learning expectations and outcomes for all Clarkson students. To achieve these outcomes, each student is required to complete a set of courses and a professional experience. Course work consists of required and elective courses both from within a student’s major field and from across the spectrum of all disciplines in the university. Embodied in the Common Experience are four components that serve as common threads through multiple courses:

1. Learning to communicate effectively 2. Developing an appreciation for diversity in both working and living environments 3. Recognizing the importance of personal, societal, and professional ethics 4. Understanding how technology can be used to serve humanity

Each of these components is introduced early in the curriculum, reinforced in subsequent courses, and included in upper division courses. The Communication Component To develop excellent communication skills, Clarkson requires communication intensive coursework, first in UNIV 190, The Clarkson Seminar, then across the curriculum and in the major. Courses designated as writing intensive are assigned communication points on a scale of one of two (C1 or C2) to indicate the extent of communication experience in that course. Beyond UNIV 190, The Clarkson Seminar, students must obtain six more “communication points,” at least two of them within the major at the 300/400 level. Communication points can be obtained by taking designated courses, or, with approval, through co-curricular experiences. Depending on initial abilities and background, students may also be required to enroll in a course that provides writing instruction and support for UNIV 190. Students for whom English is a second language must also meet the ESL requirements as described below. The Diversity Component From the moment they arrive on campus, Clarkson students prepare for the culturally diverse environments they will inevitably experience in their future careers. FY100, First-Year Seminar, helps students “respect and learn from Clarkson’s diverse community.” In UNIV 190, The Clarkson Seminar, students will be urged to question their own assumptions and to consider different worldviews. Later in their academic coursework, students will gain a deeper understanding of cultural diversity within and among societies, recognizing how it influences their own actions and affects the lives of those around them. The professional requirement in the major area of study will prepare students to enter the global workforce by helping them understand the importance of diversity in the workplace. The Ethics and Values Component Through a repeated emphasis on ethics and values, Clarkson promotes in its students the profound

reflection necessary to sustain personal, academic, professional, and civic integrity. Students are

expected to view this process not just as an academic issue, but as critical for all aspects of their

lives, including community activities, sports, student organizations, and work. Issues of personal

ethics and values are addressed beginning with FY100, First-Year Seminar. Social and cultural values

are discussed as part of UNIV190, The Clarkson Seminar. Several courses in the knowledge sequence

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emphasize social and cultural values or philosophical and ethical issues. In the Professional

Requirement, students identify ethical problems in situations typically encountered within their

professions and analyze these issues from different ethical perspectives.

The Technology Component All Clarkson students are expected to understand the basis of our modern technological society and to gain an appreciation for both the potential benefits and limitations of technology. Students will be introduced to the basic knowledge necessary for understanding technology through two courses in mathematics and two courses in the natural sciences, including at least one with a laboratory component. A technology course is required that reinforces this knowledge in the context of demonstrating how technology may be used to serve humanity. The interrelation of science, technology and society is studied in one of the knowledge area courses.

Requirements of the Clarkson Common Experience FY 100, First Year Seminar. First Year Seminar treats personal and social adjustment topics as well as Clarkson values, ethics, and diversity (Fall Semester, required only for first year students).

UNIV 190, The Clarkson Seminar The Clarkson Seminar welcomes first year students into a world of cultures, histories, and the global forces that will shape their personal and professional lives beyond their Clarkson education. Students will define issues within a broad cultural context and gain experience in evaluating and interpreting texts. Seminar classes will be small and thematically structured, with an emphasis on discussion, critical reading and thinking, extensive writing, and collaborative work (Fall Semester).

Knowledge Areas and University Courses Students achieve learning outcomes in six broad areas of knowledge. Students are required to take at least five courses that have Knowledge Area designators, and the five courses must cover at least four of the six Knowledge Areas listed below:

1. Cultures and Societies (CSO) 2. Contemporary and Global Issues (CGI) 3. Imaginative Arts (IA) 4. Science, Technology, and Society (STS) 5. Economics and Organizations (EC) 6. Individual and Group Behavior (IG)

Additionally, at least one of these five courses must be a University Course that has two Knowledge Area designators. University Courses are multidisciplinary and address learning outcomes in two of the six areas of knowledge, and students observe and participate in the interaction of disciplines.

Mathematics, Science and Technology Courses Students must achieve learning outcomes in basic mathematics, science and technology by completing five courses in these areas. Students develop quantitative literacy through the study of mathematics, including probability and statistics. Students must take two courses in mathematics as specified by the major. Students develop an understanding of the principles of science and technology through two

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natural science courses, at least one of which must have an integrated laboratory component. Students gain an understanding of how technology is developed through a Technology Course that addresses the theme of technology serving humanity.

Communication Clarkson places a strong emphasis on developing students’ abilities to communicate effectively in a variety of contexts using diverse forms of communication. Students must select coursework and possibly extra-curricular activities that carry a total of at least six communication points. Courses and activities with a communications component will be identified as carrying either one or two points. At least two points must come from within the student’s major discipline in a course at the 300 or 400 level.

Major Field of Study A significant characteristic of the Common Experience is the integration of requirements from both outside and within a major field of study. Each student pursues a degree program in a major field and completes a set of prescribed courses to demonstrate mastery of that field. As part of these courses, students achieve outcomes of the Common Experience.

Information Technology Expertise Students will gain expertise in using information technology and computational software appropriate to their major field of study.

Professional Requirement The Professional Requirement incorporates learning outcomes involving professionalism, ethics, and diversity. These outcomes include understanding the concepts of professionalism, professional responsibility, and professional ethics, and knowing how the student’s professional community promotes, supports, and enforces these concepts. Students should develop an appreciation for the value of diversity in the workplace.

Professional Experience All students participate in a project-based professional experience following the first year such as co-op, internship, directed research, or community project clearly related to the student’s professional goals.

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BACHELOR’S DEGREE GRADUATION REQUIREMENTS 1. At least 120 credit hours 2. At least a 2.000 cumulative average 3. At least a 2.000 cumulative average in the major field of study for the Class of 2004 or later 4. Meet the requirements of the Clarkson Common Experience 5. Meet the requirements for a degree program as determined by the offering department or

school 6. A student entering as a first semester freshman must have been in residence for at least four

semesters, including the final undergraduate semester; or, if entering with advanced standing, have completed at least half the remaining upper-level undergraduate work in residence at Clarkson. The program must include a minimum of two semesters (30 credit hours) including the final undergraduate semester

EAP/ ESL Requirements Students for whom English is a second language must take an English language placement examination upon entering Clarkson. Based on the outcome of this examination, a student may be required to complete one or more English for Academic Purposes (EAP, formerly ESL) courses prior to enrolling in UNIV 190, or any course assigned one or two communication points. NOTE: International students who enter as first-year students and are placed in EAP course(s) may substitute another course for UNIV190, The Clarkson Seminar. The substitute course (1) must have a C1 or C2 designation and (2) must have at least one of the Knowledge Area designators (CGI, CSO, EC, IA, IG, STS) and come from the humanities and/or social science disciplines. The substitute course must be IN ADDITION TO the 5 required Knowledge Area courses.

Grading System Grades are reported in accordance with the following system:

A+ Passed with 4.000 quality points per credit hour A Passed with 4.000 quality points per credit hour A- Passed with 3.667 quality points per credit hour B+ Passed with 3.334 quality points per credit hour B Passed with 3.000 quality points per credit hour B- Passed with 2.667 quality points per credit hour C+ Passed with 2.334 quality points per credit hour C Passed with 2.000 quality points per credit hours C- Passed with 1.667 quality points per credit hours D Lowest passing grade with 1.000 quality points per credit hour F Failed with 0.000 quality points per credit hour

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Therefore, a student who passes a 3-hour course with an A will earn 3 x 4.000 or 12.000 quality points; an A-, 3 x 3.667 quality points, etc. The quality-point average is determined by dividing the total number of earned quality points by the total number of credit hours taken at Clarkson on a traditional basis (A+, A-, B+, B …). Selected courses may be taken on the Pass/ No Credit system where P is passed, quality point average not affected; NC (no credit) on student’s record for C-, D, or F grade in courses taken as Pass/No Credit, quality point average not affected.

Academic Standing Academic Warning A full-time undergraduate student in Good Standing whose current

semester quality point average (QPA) falls below 2.000 shall be placed on Academic Warning. To be removed from Academic Warning, back to Good Standing, a student needs to complete at least 12 credit hours with a current semester QPA of at least 2.000.

Academic Probation A full-time undergraduate student on Academic Warning who fails to complete at least 12 credit hours with a current semester QPA of at least 2.000 will be placed on Academic Probation. To be removed from Academic Probation, back to Academic Warning, a student needs to complete at least 12 credit hours with a current semester QPA of at least 2.000.

Academic Separation A full-time undergraduate student on Academic Probation who fails to complete at least 12 credit hours with a current semester QPA of at least 2.000 will be separated from the University. Any undergraduate student who fails to attain a current semester QPA of at least 1.000 shall also be separated from the University.

To be continued, if separated

An undergraduate must request continuance by submitting a request for continuance form available in myCU. Former students who have been away from Clarkson for at least one semester following an academic separation must request readmission by submitting a Request for Readmission Following Separation form which can be found on the website at https://www.clarkson.edu/continuance-and-readmission one month before the beginning of the semester the student wishes to return to the Continuance and Readmission Review Committee at the following e-mail address: registrar@clarkson.edu. The student needs to complete all answers on the form and provide the program(s) of study the student wishes to be continued in. All cases on continuance require approval of the University’s Continuance and Readmission Committee. If continued, a student’s academic standing will be Academic Probation

The Academic Standing acquired at the end of the semester shall take effect at the beginning of the next summer school or semester in which the student enrolls.

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Although a student's GPA may subsequently change due to courses being repeated or omitted, academic standing will not change; academic standing is based solely on the original semester performance. Further information may be found in the Undergraduate Regulations Section III-R, Academic Standing.

Dean’s List and Academic Scholar List (Academic Honors) To qualify for the Dean’s list during any semester, a full-time undergraduate student must receive no failures and earn a semester quality point average of at least 3.250 in at least 14 credit hours. A 3.800 semester quality point average or better (in at least 14 credit hours) qualifies a student for the Presidential Scholar List. Both lists require a student to be enrolled for at least 14 credit hours in a prescribed curriculum of which 12 or more credit hours are graded in the traditional manner (not graded on a pass/no credit basis).

Degree with distinction A student will receive the bachelor’s degree “with distinction” if his or her cumulative quality point average is at least 3.250, and “with great distinction” if it is at least 3.750.

Double Major and Second Degree A single Clarkson bachelor’s degree with a double major is awarded when the student satisfies all curricular requirements for two Clarkson bachelor’s degree programs, but does not qualify for a second degree. A student can be awarded two Clarkson bachelor’s degrees. A student qualifies for a second Clarkson bachelor’s degree if he or she satisfies all degree requirements for two different Clarkson bachelor’s degree programs and has a minimum of 150 credit hours, including at least 30 credit hours unique to each program.

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UNDERGRADUATE ADMISSION

Brian T. Grant, Vice President for Enrollment and Student Advancement bgrant@clarkson.edu 315-268-6463 Candidate for admission to Clarkson as first year students are graduates, or soon-to-be graduates of a

secondary school, preparatory school or equivalent educational process. In special instances, students

are considered for early admission provided their academic records demonstrate a very high potential

for academic success. In these select cases, students may be required to take an Ability to Benefit Test

as prescribed by both state and federal education departments. In addition to superior scholastic

achievement, consideration is given to personal qualities, participation in meaningful extracurricular

or out-of-school activities, leadership and other information that may indicate the potential for

successful completion of a college career.

The Committee on Admission places particular emphasis upon the following: 1. The secondary school record 2. Clarkson University has adopted a test optional policy for the 2021-22 admission cycle due to

impact of COVID-19 on availability and accessibility of standardized testing. Students may submit self-reported scores if they choose for purpose of application review. Official scores will be required prior to enrollment if the student has chosen to submit scores as part of their application. See policy guidelines.

3. The personal statement describing a special interest, experience or achievement that is important and meaningful to you.

4. The recommendation of the principal, headmaster, or school counselor 5. Students for whom English is not their first language are required to submit TOEFL, IELTS or

Duolingo Test of English Language scores. 6. SAT subject tests are optional

A personal interview and a visit to the campus are strongly recommended. The purposes of the interview are to increase the applicant’s knowledge about Clarkson, provide an opportunity for the applicant to ask questions, and to share information about relevant personal, extracurricular and coursework preparations and backgrounds. For more information, call 800-527-6577 or email admissions@clarkson.edu. Candidates for admission to Clarkson as transfer students should review the transfer admission section below.

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Academic Preparation A thorough secondary school background in English, mathematics, and sciences is important in the academic preparation of a candidate for admission. Among the 16 units of secondary school work, the applicant’s record should include the following:

Engineering, Science, and Engineering & Management Programs

Business and Liberal Arts

English (4 units)

Mathematics (4 units)

Science, including (3-4 units): o Chemistry (1 unit) o Physics (1 unit)

English (4 units)

Mathematics (3 units)

Sciences (1 unit)

High school mathematics preparation should emphasize the thorough mastery of fundamental definition, concepts, principles and operations. The applicant must have sufficient preparation in algebra and trigonometry to begin the study of calculus. Courses in the sciences should stress basic principles and conceptual and quantitative understanding through classroom and laboratory work. Chemistry and Physics are particularly important as background for Clarkson’s first year science courses.

First Year Application Procedure Students can apply using either the Clarkson University Application or the Common Application. Students may submit either application online or in paper format. The applications are available at Applying for Undergraduate Programs. A first-year application fee of $50 is required for those who submit a paper application. This fee is

nonrefundable and must accompany the application. The application fee is waived for students who

submit an application online. Candidates are encouraged to submit their completed applications

between October 1 and January 15 of their final year in secondary school. It is the student’s

responsibility to make certain that appropriate secondary school transcripts, SAT or ACT test results if

students choose to submit for consideration, and recommendations are provided either with the

application or promptly thereafter.

Applications submitted after January 15 are given full consideration in the order of their completion. Offers of admission continue only if space permits.

Students wishing to postpone admission for a year may do so. The procedure is to apply for admission in the senior year of secondary school and, when making the deposit reserving a place in the class, request a one-year extension. Most requests for deferred admission mention an intention to work or to travel before beginning college.

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Early Decision Plan Early Decision is an option for students who after careful consideration are certain that Clarkson is their number one college choice. The plan does not prohibit the student from making other applications, but it does commit the student to withdraw other applications if accepted at Clarkson. Early Decision candidates are strongly encouraged to visit the campus and meet with our students, faculty, and staff. The Early Decision deadline is December 1 of the senior year. The high school record through grade eleven, SAT or ACT test results if students choose to submit for consideration, and recommendations should be received no later than December 15. Admission notification will occur by January 1. Students who complete the Free Application for Federal Student Aid (FAFSA) will also receive financial aid notification.

Personal Interview An informal interview is very helpful to the student in formulating college plans and is strongly recommended. It provides an opportunity to ask questions and gain a direct impression of the opportunities Clarkson offers and to determine the student’s “fit” with the University. This interview should be held on the campus with an admission staff member if possible, since a personal visit to Potsdam is highly recommended, for students receiving selected scholarships the interview is required. For the 2021-22 admissions cycle, we are offering virtual visit options and these will meet the requirements for scholarship interviews. The Office of Admission is open on weekdays from 9 a.m. until 4 p.m. and on Saturdays by appointment only. Interviews on campus should be arranged by email or phone at least one week prior to the intended visit. A personal interview conducted by a local alumnus/in the student’s hometown area may also be arranged through the Admission Office. The telephone number, for use during normal business hours, is 800-527-6577 or 315-268-6480 or via email at admissions@clarkson.edu.

Notification All applicants are promptly notified upon careful review of completed credentials. In the event that it is necessary to postpone action pending the receipt of final grades, or for other reasons, applicants will be notified. Notification of admission begins in January of the senior year if all materials have been received.

Deposit A $500 deposit is required when the first year candidate accepts the offer of admission; the class is filled as deposits are received. The deposit is payable any time prior to the Candidate’s Reply Date, as established by the National Association for College Admission Counseling. The reply date is May 1st. The deposit is credited to the first year University charges. It is nonrefundable if the student decides not to attend Clarkson.

Transfer Admission Clarkson prides itself on the success and strength of its Transfer Program and has put in place numerous transfer articulation agreements with two year (2+2 programs) and liberal arts institutions (3+2 engineering programs) within the United States. For a current list of institutions with which Clarkson has articulation agreements, please visit Articulation Agreements. Unlike most institutions,

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Clarkson has established a separate office within Undergraduate Admission dedicated to the needs of transfer students. As a result of this commitment to transfer students, Clarkson and, the local community, welcome a large number of new transfer students each fall and spring to the campus. The quality and success of these students is consistently reflected in the praise from the faculty and those who graduate with honors. Application Process Transfer applicants are defined as those students who have graduated from secondary school and, after the first full time experience as a matriculated student at another university or post-secondary institution, wish to continue their college education at Clarkson. Transfer applicants are admitted on a rolling basis (as their files become complete); however, the preferred deadline for completed applications is July 1 for fall admission and December 1 for spring admission. Applicants must complete the following steps:

1. Submit a completed Transfer Common Application or Clarkson University Transfer Application at https://www.clarkson.edu/apply-now

2. Arrange for official transcripts to be forwarded from each institution previously attended and/or currently attending. Course descriptions in English are required for international students, if necessary.

3. Submit the Dean of Students Recommendation or Common Application College Report. This can be completed by Dean or equivalent title

4. Clarkson University has adopted a test optional policy for the 2021-22 admission cycle due to impact of COVID-19 on availability and accessibility of standardized testing. Students may submit self-reported scores if they choose for purpose of application review. Official scores will be required prior to enrollment if the student has chosen to submit scores as part of their application. See policy guidelines.

5. Arrange for TOEFL scores to be submitted if English is not their first language. A 550 (paper based), a 213 (computer based), or 80 (internet based) score is required for admittance. Acceptance of other English testing exams such as Duolingo Test of English Language or IETLS are approved.

6. Submit two letters of recommendation, including one from an academic professor/ instructor 7. A personal statement describing a special interest, experience or achievement that is

important and meaningful to you In addition, applicants should be aware that:

1. The $50 application fee is waived by applying online or by completing an on- or off- campus or virtual interview

2. An on- or off- campus or virtual interview is optional, but strongly recommended Once a student’s file is complete, it will be reviewed for admission. Students who accept the offer of admission must submit a $500 deposit which will be credited to the first year University charges. It is non-refundable if the student decides not to attend Clarkson.

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After acceptance to Clarkson, the appropriate academic department evaluates transcripts to determine the number of credits to be transferred. If needed, the faculty member may recommend courses to be taken in the final term or summer before transfer. The evaluator will also propose a tentative course schedule for the student’s first semester on campus. This evaluation is completed and mailed to the student with approximately two weeks of acceptance. Financial Assistance for Transfers Clarkson has financial assistance opportunities available for entering transfer students. Please check the Scholarships and Financial Assistance section of this catalog.

2+2 Transfer Student Policy The 2+2 Transfer Program is based on articulation agreements with two-year colleges. These agreements typically specify a program of study at the two-year institution that will prepare students to enter Clarkson with junior status (54+ credits). These agreements cover students wishing to study engineering, business, science, or other disciplines. Students who do not attend an institution with a formal 2+2 agreement are also encouraged to apply. The lack of an agreement does not mean that a student is ineligible for transfer or will not receive transfer credit for courses. Transfer coordinators interested in establishing a formal agreement should contact the Director, Office of Transfer Admission, Clarkson University, and Box 5610, Potsdam, NY 13699 3+2 Engineering Transfer Program The 3+2 transfer programs are established with many colleges and universities in the United States. Students who participate take the first three years of the prescribed program at a four- year liberal arts institution. Subsequently, they transfer with junior standing into one of Clarkson’s four-year engineering curricula. Upon satisfactory completion of two years of engineering courses, students receive degrees from both institutions. The 3+2 program provides students with an opportunity to obtain an exceptionally broad and firm academic foundation in the arts and sciences coupled with specialized training in an engineering discipline. For further information, please contact the Director, Office of Transfer Admission, Clarkson University, Box 5610, Potsdam, NY 13699 or visit http://www.clarkson.edu.

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International Student Admission As an internationally recognized institution, Clarkson has both undergraduate and graduate students and faculty from more than 44 countries. This multicultural richness is evidenced on campus in our student organizations, successful multicultural events and the number of events/trips scheduled by the International Student Organization (ISO). International students can enter Clarkson as first-year students, transfer students, graduate students, or as part of a University exchange program. For the purpose of admission, an international student is defined as a student who is studying or wants to study in the U.S. on a nonimmigrant visa. This definition does not include permanent residents or refugees who should apply using the same procedures as domestic students.

International students are a critical component of the Clarkson Community and integral to the mission and vision of the University (see The Clarkson Education). Clarkson wants all students to graduate with a firm academic understanding of their chosen field, with excellent written and oral communication and presentation skills, and knowing how to work effectively in diverse multicultural teams. To assist international students in attending Clarkson, the institution:

1. Provides merit-based international scholarships to qualified applications; 2. Has an International Student Advisor on campus; 3. Supports several international student organizations; and 4. Has established a special office in Undergraduate Admission to support international students

International Student Admission Requirements To complete your file and process your application, we require the following documents: Official Transcripts. Transcripts should include an English translation, if necessary. Mid-year and final grades also should be sent as they become available. National exam scores should also be submitted, if available.

TOEFL (Test of English as a Foreign Language), the PTE – Pearson Test of English, Duolingo Test of English Language or IELTS (International English Language Testing System) scores submitted (if English is not your primary language). For further information on these exams, please visit www.ets.org/toefl, https://pearsonpte.com/the-test/ , https://englishtest.duolingo.com/edu or www.ielts.org/. See the information regarding English requirements below.

The SAT Reasoning Test is for first-year candidates only. For more information about the SAT and how to register for it, contact the College Board at http://www.collegeboard.org/. (Students from mainland China are exempt from this requirement.) Certificate of Finance. The Certificate of Finance is required to verify the student’s sources of financial support for his/her expenses during the one-to-four years at Clarkson. In addition to completing the form, financial documentation verifying the source of funding is required from a bank, employer, or sponsoring organization. Once a student is accepted by the institution, the Certificate of Finance is processed, and the enrollment deposit is submitted, an I-20 will be issued. The I-20 will reflect any merit-based scholarship awarded to the student. The Certificate of Finance form is provided by the International Admission office.

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Recommendations. A minimum of two recommendations should be submitted, preferably one from a math or science teacher for applicants wishing to pursue an engineering or science degree. The letters should discuss the student’s ability to succeed at the university level and present reasons to admit the student. Personal Statement. Describe a special interest, experience or achievement that is important and meaningful to you.

Campus Visit/Interview (optional). International students are strongly encouraged to visit the campus or schedule an interview via video or phone. The International Admission Office (tel. 315-268-2125) can greatly assist in coordinating the visit to include pick-up from nearby airports, arranging for student hosts, faculty appointments, campus tours, admissions interview, meals, and hotel arrangements.

Application Fee: There is a required $50 application fee for International first-year applicants. The application fee is waived for students who apply online. Once a student’s admission application file is complete, it will be reviewed and a decision made. At the time of admission, an International student is considered for a merit-based international scholarship. The awards vary according to the strength of the student’s academic record, and ranged from $10,000 to $40,000 per year in 2020. Students who accept the offer of admission must submit a $500 nonrefundable deposit to reserve a place in the entering class which will be credited to the first year University charges. Admission Criteria for International Students Students are selected for admission based on the following:

1. Academic performance in secondary school, college, or university, and class standing 2. Recommendations 3. Clarkson University has adopted a test optional policy for the 2021-22 admission cycle due to

impact of COVID-19 on availability and accessibility of standardized testing. Students may submit self-reported scores if they choose for purpose of application review. Official scores will be required prior to enrollment if the student has chosen to submit scores as part of their application. See policy guidelines.

4. TOEFL, PTE – Pearson Test of English, Duolingo or IELTS (English Proficiency) scores 5. Participation in extracurricular events, community service, and sports 6. Essay and interview (if completed)

Financial Aid/ Scholarships for International Students International Scholarships: All international students are considered for scholarships based on their academic record that includes: grade-point average, class standing, SAT and TOEFL scores and letter(s) of recommendation. No financial assistance application is required. International student awards are available ranging from $5,000 to $40,000 per year.

Honors Scholarship: Students who are accepted into the Clarkson Honors Program receive an additional merit award. The Honors Program is aimed at providing a special environment for top students. To be considered, students need to be in the top 10% of their class and have excellent

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standardized test scores. For more information, please see the Honors entries in this catalog (see Academic Program Options).

Employment: International students are allowed to work on campus for up to 20 hours per week. The jobs include office worker, lifeguard, food service, etc. The number of positions available varies from year to year.

Loans: There are private lenders who offer educational loans to international students. In most cases, eligible students may borrow up to the cost of attendance less any financial aid for a given year provided they have a U.S. citizen or permanent resident co-borrower. Clarkson does not recommend any particular lender and does not offer a preferred lender list. Students are free to borrow from the lender of their choice. English Requirements Admission to Clarkson University requires a minimum TOEFL of 550 (paper based), 213 (computer based), or 80 (internet based), IELTS of 6.5, proficient PTE -Pearson Test of English or Duolingo Test of English Language scores for undergraduates. Students may submit on a case-by-case basis other proof of English proficiency. Request for waiver of exams should be sent to the Coordinator of International Students. I-20 Visa U.S. Citizenship and Immigration Services (USCIS) is the branch of the U.S. government that regulates the status of all people visiting the United States who are not citizens, including immigrants, visitors, students, and permanent residents (“green card” holders). International students attending Clarkson will be classified as nonimmigrant, subject to a number of regulations. They should take the time to understand their situation and to fulfill legal obligations. The International Students & Scholars Office will assist with Visa/I-20 issues, and can be reached by telephone at 315-268-7970 or by mail at Clarkson University, Box 5651, Potsdam NY 13699, USA.

To obtain a visa, students should submit an application and supporting documents with their passport to the U.S. Consulate or Embassy that has jurisdiction for their place of residence. Students must also submit the required SEVIS fee to the U.S. Department of Homeland Security prior to applying for their visa. Visit http://www.fmjfee.com/ for more information. The supporting documents usually consist of the acceptance letter sent to the student by Clarkson; an I-20 for an F-1 (student) visa; evidence of ability to pay for studies; and sometimes evidence that the student does not intend to become an immigrant to the U.S.. Please check the specific requirements for your home country. When the Consul is satisfied with the application, the student’s passport will be returned with a visa stamped in it. This stamp allows the student to enter the U.S. only when possessing the I-20. It is not necessary for Canadian students to obtain a visa at the Consulate. They simply present their I-20, passport and evidence of support at the border. Canadian students are required to pay the SEVIS fee prior to their arrival at the border crossing.

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For a list of Consulates and Embassies, including addresses and phone numbers, visit https://www.usembassy.gov/. Further international information can be obtained at https://www.clarkson.edu/international-center.

Accelerated Admission Graduate School Policy This policy is intended to encourage early consideration and preparation for graduate work at Clarkson by highly qualified students. Such students would likely participate in undergraduate research experiences and would have identified a graduate advisor before baccalaureate graduation. These students may also be interested in accelerating their course of student to graduate within three years in order to begin their graduate work as soon as possible. Any student who completes at least two years of residential study at the University and who has received a baccalaureate degree from Clarkson will automatically be accepted into any Clarkson graduate program for a master’s degree, at minimum, if he or she meets the conditions below at the time of entry to Graduate School. Eligible students must have:

1. Graduated in good standing from Clarkson within the previous year and have taken any necessary prerequisite courses for entrance to the graduate program in question;

2. Exhibited the quality of character expected of an entering graduate student of Clarkson University, as indicated by a letter from their academic advisor, department chair, or the dean of the school in which their baccalaureate degree resides;

3. Maintained a minimum grade-point average of 3.500 in their major; and 4. Achieved a school-defined minimum score on a designated national exam, the CUSB requires

the GMAT or GRE exam and all others require the GRE Applications for graduate admission from students receiving a Clarkson University baccalaureate degree who have not met all conditions specified above will still be considered, but admission will no longer be automatic. Please see the Graduate Catalog for The Graduate School application procedures. Exclusions to the automatic acceptance practice may be in effect per program requirement.

Part-Time Matriculated Students A person may pursue a baccalaureate degree as a part-time matriculated student. For further information, call Student Administrative Services at 315-268-6451.

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Advanced Placement/ Advanced Credit A majority of students receiving Advanced Placement credit at Clarkson have taken the Advanced Placement Examination of the College Board. The most common AP areas are listed below. Credit in more other subjects is awarded when a score of 4 or greater is received. Clarkson also grants credit based on International Baccalaureate Exams and CLEP Exams. Advanced Placement credit based on tests or examinations (includes AP, CLEP, IB, etc.) will be limited to a combined 30 credit hours. For further information, review section III-K of the Undergraduate Regulations (https://www.clarkson.edu/student-administrative-services-sas/clarkson-regulations). Below is a list of AP scores and the transfer credit it translates to.

Biology Chemistry

AP Score Course Credits AP Score Course Credits

1,2, or 3 No credit 1,2, or 3 No credit

4 BY 100 Biology Elective with Lab

4 CM 131 General Chemistry

5 BY 140/142 and BY 160/162 Biology I and II with labs

5 CM 131/132 General Chemistry I/II

Computer Science*

AP Score Course Credits

1,2, or 3 No credit

4 or 5 CS 141 Intro. To Computer Science

English

AP Score Language and Culture Credit AP Score Literature and Culture Credit

1,2, or 3 No credit 1,2, or 3 No credit

4 or 5 COMM 210 Theory of Rhetoric 4 or 5 LIT 101 Literature and Writing

Mathematics**

AP Score Calculus AB Credit AP Score Calculus BC Credit

1,2, or 3 No credit 1,2, or 3 No credit

4 or 5 MA 131 Calculus I 4 MA 131 Calculus I

5 MA 131/ 132 Calculus I/II

Physics***

AP Score Physics 1 Credit Physics 2 Credit Mechanics Electricity & Magnetism

1,2, or 3 No credit No credit No credit No credit

4 or 5 SC 141 Intro to Physics I

SC 142 Intro to Physics II

PH 131 Physics I PH 132 Physics II

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*The Computer Science Department schedules an exam in C++ or Java for new students during the fall orientation each year. Students earning a satisfactory grade receive credit for CS 141 Introduction to Computer Science I. The exam may also be taken in other pre-approved languages. Contact the Computer Science Department for more information. **To be eligible for AP credit MA 131 or MA 132, first year students must also perform at a satisfactory level of the Math Readiness Survey (which is taken in late May) or successfully complete the on-campus advanced-standing exam given in the first week of the fall semester. For more information, see the department webpage at https://www.clarkson.edu/academics/arts-sciences/mathematics. ***Credit awarded for Physics 1 or Physics 2, non-calculus-based physics, will not substitute for PH 131 and/ or PH 132 required by many Clarkson majors.

Advanced Placement Credit through College Course Transfer Students may enter Clarkson having already taken college courses while still in high school. Such courses will be considered for academic transfer credit if a grade of C or better was earned. Students should send an official college transcript as well as a course description to Student Administrative Services as soon as available. The course(s) will be evaluated for transfer credit by the academic department responsible for course curriculum.

Credit by Examination Availability of such exams are at the discretion of the appropriate department chairperson. Students interested in Credit by Examination are encourage to notify the appropriate department as early as possible so a mutually convenient time to take the exam can be arranged. Note: Students who plan to take either or both the Calculus and Computer Science exams scheduled during fall orientation need make no special arrangements. These exams are scheduled into orientation. Clarkson will consider the following for advanced credit: AP, CLEP, GCE A-levels, IB, OACs, French Baccalaureate, Abitur, Italian Maturita and the Swiss Maturite. While credit is usually granted, there are situations, due to the technical nature of some of the programs, where it is not. Each case will be reviewed on an individual basis. Advanced Placement credit based on tests or examinations (includes AP, CLEP, IS, etc.) will be limited to a combined 30 credit hours.

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UNDERGRADUATE SCHOLARSHIPS AND FINANCIAL ASSISTANCE Financial assistance from Clarkson may consist of scholarships, grants, loans, and employment, either singly or in combination. The Office of Financial Aid distributes aid in such a way as to help the maximum number of qualified students enroll and continue in school until graduation. Students will not have the entire cost of education met by Clarkson; every student will be expected to pursue other sources of aid outside the University. Students are encouraged to explore outside scholarship opportunities through their high school guidance offices as well as Federal, State, and alternative/private educational loan opportunities. Prospective U.S. first year students who wish to be considered for aid from Clarkson must complete the following: 1. File a completed application for admission by January 15th of the final year of secondary school 2. File the free Application for Federal Student Aid (FAFSA) by February 1st. The preferred and easiest

method to apply is online at www.fafsa.ed.gov. The paper form may be available from high school guidance offices. Early Decision Plan applicants will receive appropriate applications and instructions directly from Clarkson’s Admission Office.

Prospective U.S. transfer students who wish to be considered for financial aid must apply for admission to Clarkson and submit the FAFSA form. Financial aid award notices are issued to transfer students on a rolling basis beginning in early March for fall admission and in early November for spring admission. Retention requirements for financial aid vary depending upon the source and type of aid-federal, state or institutional. Students must maintain Satisfactory Academic Program for Financial Aid. Some institutional, endowed and sponsored scholarships have a minimum GPA requirement. Most institutional scholarships are limited to 8 semesters. Responsibilities of students receiving financial assistance under provisions of one or more federal programs include an annual application (FAFSA) and maintenance of Satisfactory Academic Progress for Financial Aid as published annually in the Clarkson Regulations issued to each enrolled student. These regulations are available to prospective students upon request from the Admissions Office. Please note: Clarkson is required by federal regulations to verify specific information submitted on the FAFSA application. Federal compliance procedures require that parents and/or students submit IRS Income Tax Transcripts and W-2 forms if requested by Clarkson. The eligibility schedules for federal and New York State financial assistance can be found in the annual Clarkson Regulations.

Who receives Clarkson Awards? At Clarkson, almost 98 percent of all undergraduates receive some form of financial assistance which includes a variety of resources including grants, scholarships, loans and work study. Over 90 percent of first year students receive awards directly from the University.

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Clarkson Need Based Awards Clarkson Grant Substantial funds are available for students who show above-average promise for success at Clarkson. Award amounts vary according to the financial need and academic achievement. Awards for the academic year are made during the preceding spring by the Office of Financial Aid. Students must file the FAFSA each year to be considered for Clarkson grants. Adirondack Scholars Award Competitive scholarships are available for students who reside in one of the following counties: Clinton, Essex, Franklin, Hamilton, Herkimer, Jefferson, Lewis, St. Lawrence, Warren, or Washington. This award is based on merit and financial need. Students are required to file the FAFSA each year to be considered and/or continue to receive this award. Clarkson Merit Based Awards Clarkson Scholarship A limited number of Clarkson Scholarships are available and are based on the overall admission application including all component including high school GPA, Standardized Exam Scores, Extra-curricular activity, Recommendations, and Essays. Consideration is automatic. Clarkson SAE Scholarship Eight $6,000 scholarships are available to outstanding undergraduate students who plan to study engineering at Clarkson. Application is required. Early Decision Applications must be received by December 1 and Regular Decision Applications by January 15. Clarkson FIRST Scholarship This award recognize select high school seniors who have participated on a FIRST Robotics (FRC) or Tech Challenge (FTC) team. Scholarships range from $1,000 - $6,000 annually. Application is required. Early Decision Applications must be received by December 1 and Regular Decision Applications by January 15. Five Boroughs Scholarship This award recognizes students from the five boroughs for their hard work and commitment to academics. Recipients will receive $6,000 per year upon enrollment at Clarkson. Application is required. Early Decision Applications must be received by December 1 and Regular Decision Applications by January 15. Project Lead the Way This award goes to select high school seniors who have completed three Project Lead the Way courses in their high school. Application is required. Early Decision Applications must be received by December 1 and Regular Decision Applications by January 15.

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Spirit of Innovation This scholarship recognizes select high school seniors who have been a Spirit of Innovation participant at their high school. Application is required. Early Decision Applications must be received by December 1 and Regular Decision Applications by January 15. SAGE Tuition Rewards (Saving and Growth for Education) This is a unique, private college savings program. Tuition Rewards are discounts off tuition at participating colleges that represent the minimum scholarship that an eligible student will receive if attending a member college. A student receives Tuition Rewards from multiple "sponsors" (for example, parents and grandparents). A sponsor designates the tuition rewards to the student when she/he begins her/his senior year of high school. If the student does not use the tuition rewards, they are rolled back into the sponsor's account for use by other students. Clarkson counts Tuition Rewards as part of the normal institutional and merit scholarships. For more information on SAGE Tuition Rewards please visit https://secure.tuitionrewards.com/index.cfm. Clarkson WACE National CO-OP Scholarship Program Up to $6,000 per year scholarship based on academic record and scholarship application. Any major may apply. Submit the scholarship application online at https://www.waceinc.org/scholarship/index.html. Application is required. Early Decision Applications must be received by December 1 and Regular Decision Applications by January 15. Young Entrepreneurs and Young Innovators Program Prospective students who are selected into these programs at the Young Entrepreneurs and Innovation Business Plan Competition will receive guidance and support from faculty and alumni mentors, office space in our incubator, and will attend Clarkson without payment of tuition for their four year undergraduate career through a combination of merit-based financial aid (after accounting for other aid for which the student may be eligible) and a purchase by Clarkson of 10% equity in their firm at fair market value. Clarkson Leadership and Achievement Award This program annually recognizes high school juniors and community college students who demonstrate strong leadership qualities in combination with excellent academic achievement. Participating high schools and community colleges nominate one student each year for the Leadership Award. The student, upon acceptance and enrollment at Clarkson, will receive a $15,000‐per‐year scholarship for up to four years (total $60,000). These schools may also nominate one student each year for the Achievement Award who, upon acceptance and enrollment at Clarkson, will receive a $12,000‐per‐year scholarship for up to four years (total $48,000). Tuition exchange recipients and students who receive the full tuition Clarkson employee benefit are not eligible to receive the Leadership or Achievement Awards.

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Honors Program Students of exceptional ability are accepted into the University Honors Program as entering freshmen or after their first year. All Honors students receive a scholarship as part of their Clarkson financial aid package (See Academic Program options). Phi Theta Kappa Scholarship For transfer students only. Amounts vary. Alpha Beta Gamma Scholarships For transfer students only. Amounts vary. Alumni Connection Awards Holcroft Alumni Recognition Awards Awards based on strong potential for success and the recommendations from a Clarkson alumnus/ alumna. Awards are $500 per year- students can only receive one award, regardless of the number of recommendations. We suggest students contact alumni who know enough about them to provide a meaningful reference. Recommendation letters must be submitted by January 15 of the student’s senior year (December 1 for Early Decision applicants). Alumni Family Award If you indicate on your application for admission that you have a brother, sister, aunt, uncle, or cousin who attended Clarkson, you may qualify for a $500 scholarship. Only one scholarship will be granted regardless of how many alumni family members you have. Alumni Legacy Award If you indicate on your application for admission that you have a mother, father, grandmother, or grandfather who attended Clarkson, you may qualify for a $1,000 Alumni Legacy Scholarship. Only one scholarship will be granted regardless of how many qualifying family members you have. Early Decision Incentive Scholarship An additional $8,000 scholarship is available exclusively to Early Decision applicants. The scholarship is split evenly over 4 years/8 semesters of undergraduate study ($2,000 per year/$1,000 per semester). To qualify students must apply to Clarkson via Early Decision Admission no later than December 1 of the senior year of high school. Be a new incoming freshmen applicant. Submit the Early Decision Admission deposit within 2 weeks of receiving the Financial Aid Award Notice (extenuating circumstances will be evaluated on a case by case basis). Heintzelman Cape Cod Scholars Program This program is for high achieving Cape Cod, Massachusetts high school students. The program provides a $50,000 scholarship split evenly over 4 years/8 semesters ($12,500 per year) of undergraduate study at Clarkson University. An application is required.

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Clarkson Visit Scholarship Clarkson offers a $500 renewable Visit scholarship to any student who has an official undergraduate admission visit to our Potsdam, NY campus. Visits must be completed no later than January 15 of the senior year of high school. Qualifying visits include personalized visits set up directly through the Undergraduate Admissions Office, pre-arranged overnight admission visits for accepted students, Summer Visit Day, Fall Open House, Spring Accepted Students Day, and Group Visits to campus set up directly through the Undergraduate Admissions Office. Clarkson Ignite Presidential Fellows Program The IPF program is a merit based scholarship covering all tuition costs for 10 first-time students entering Clarkson. The first year of the program will be fall 2020. The award is renewable for up to 4 years and will be split evenly over eight semesters of undergraduate study at Clarkson University. An application is required. The deadline to apply is December 15 for Early Decision applicants and January 15 for Regular Decision Admission Applicants. Twenty-five finalists will be selected and invited to interview either on campus, via virtual meeting, or by phone before final decisions are made. Conrad Foundation Scholarships The Conrad Foundation and Clarkson University have partnered together to offer 2 scholarships: 1. Conrad Foundation Spirit of Innovation Scholarship - all Conrad Challenge participants with the exception of the finalists, are awarded $12,000 per year for a total value of $48,000 over four years. 2. The Conrad Challenge Scholarship - the finalists of the Conrad Challenge receive $15,000 per year, for a total value of $60,000 over four years. To qualify you must apply for admission and have participated in at least one year of the Conrad Challenge. You must notify us of your participation by December 15th if you are applying for early decision admission and January 15th for regular decision admission. For the Conrad Challenge Scholarship, you must have been named a finalist in the Conrad Challenge in any year. You may only receive one scholarship regardless of the number of years you have participated. The Conrad Foundation is a nonprofit organization dedicated to promoting collaborative, student centered, real world-relevant learning that fosters innovation and entrepreneurship. The Conrad Challenge is an international, team-based competition for students ages 13-18 to innovate new products and services that address global issues in one of six categories. LEWIS Income Share Agreement Program (LISA) The LISA Program is a contract in which you receive $10,000 per year for up to 4 years while in school. You pay back the funds interest free after graduation based on your salary. A separate application is required. A limited number of spots are available each year. You must apply as a freshman. For more information please refer to the website: Lewis Income Share Agreement

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New York State Tuition Assistance Program (TAP)

New York State residents may be eligible for TAP. NYS Legal Residency is required. For dependent students, parent NYS residency is also required. Awards range from $500 to $5,165 annually for up to 8 semesters. No repayment is required. Students must file a FAFSA application and an Express TAP Application (ETA) at https://www.hesc.ny.gov/ each year to be considered for assistance. Awards are based on multiple factors including family size, number of siblings attending college in NYS and NYS taxable income. Students are notified directly by the New York Higher Education Authority Corporation (HESC) of their awards. TAP can only be credited toward tuition charges. For students who receive other tuition only scholarships or grants, the total of TAP and the other aid cannot exceed the tuition charge. TAP awards are credited to the student account after certification of full-time enrollment status and confirmation of satisfactory academic progress. The standards of satisfactory academic progress for TAP are indicated below. Satisfactory Academic Progress- Effective July 1, 2011 New York State enacted revised regulations regarding satisfactory academic progress. The regulations changed the number of credits a student must accumulate and the cumulative grade point average that must be achieved each semester. The chart that pertains to you depends upon the year you received your first TAP award and whether or not you are a HEOP student. Please refer to the charts below: The following chart must be used by all institutions for students who received their first TAP in 2007-2008 through and including 2009-2010 and HEOP students who received their first award in 2007-2008 and thereafter:

Calendar: Semester Program: Baccalaureate

Program Prior being certified for this payment:

1st 2nd 3rd 4th 5th 6th 7th 8th 9th** 10th**

A student must have accumulated this many credits:

0 3 9 21 33 45 60 75 90 105

With at least this grade point average:

0 1.1 1.2 1.3 2.0 2.0 2.0 2.0 2.0 2.0

The following chart must be used by all 4 year institutions for students (excluding HEOP) who received their first TAP award in 2010-2011 and thereafter:

Calendar: Semester Program: Baccalaureate

Program Prior being certified for this payment:

1st 2nd 3rd 4th 5th 6th 7th 8th 9th** 10th**

A student must have accumulated this many credits:

0 6 15 27 39 51 66 81 96 111

With at least this grade point average:

0 1.5 1.8 1.8 2.0 2.0 2.0 2.0 2.0 2.0

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Other NYS Scholarships

New York State offers other scholarships in addition to TAP. Visit www.hesc.ny.gov for more information.

State Scholarships New Jersey, Pennsylvania, Rhode Island, Vermont, and many other states have state-sponsored scholarship programs which can be used at Clarkson. It is suggested students contact their high school guidance office or state education department for information on state scholarships.

NYS Aid to Native Americans A member of any Native American tribe within New York State may be awarded $2,000 annually for a maximum of four years of full-time study. State aid to Native Americans is an entitlement program. There is neither a qualifying examination nor a limited number of awards. Application forms may be obtained from the Native American Education Unit, New York State Education Department, Albany, New York 12234.

Pell Grants Eligibility for the federal Pell Grant is determined by the Department of Education based on the information provided on the FAFSA. Students must submit a FAFSA each academic year. Award amounts are set annually by the federal government. Pell Grants do not need to be repaid.

Supplemental Educational Opportunity Grant (SEOG) This is a non-repayable federal grant, administered by the University and awarded to Pell Grant recipients. Students must submit a FAFSA each academic year. Awards are contingent based upon financial need and the availability of federal funding. Awards typically range from $300-$600 annually.

Federal Work-Study Program Federal Work-Study is awarded to eligible students based on the information submitted on the FAFSA. Students are given the opportunity to work at various sites on campus. The amount each work-study student may earn is predetermined by the Office of Financial Aid. The student works a specific number of hours each week during the semester to earn that amount. Students are included in the University payroll system and receive a bi-weekly paycheck. Work-study money is allocated to the University by the federal government and jobs are contingent upon funding.

Veterans Scholarship Program The Veterans Readjustment Benefits Act of 1966 enables veterans to obtain financial aid for a college education. To be eligible, a veteran must have been released from the service since January 31, 1955, and have served more than 181 days. Information and applications are available at the local Veterans Administration Office. Clarkson provides funds for highly competitive academic awards made annually to Army and Air Force veterans who have been separated from the service for less than a year. The scholarships provide up to full tuition until completion of the degree program.

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Air Force Reserve Officers’ Training Corps (ROTC) Scholarships Merit-based tuition scholarships are available to Air Force ROTC cadets ranging from $3,000 to full tuition and fees. Below is the list of current scholarships:

1. Type I : Tuition and mandatory fees for a full-time student 2. Type II : $18,000 towards tuition 3. Type III : $9,000 towards tuition 4. Type VI: $3,000 towards tuition 5. Type VIII: Competitive-based academic upgrade of a Type II, pays up to 80% of tuition and fees

Type I, II, III, and VIII include a book allowance of $300 per semester, a monthly tax free stipend of: Freshman-$300, Sophomore-$350, Junior-$450, and Senior-$500 and the Clarkson ROTC Incentive Scholarship (See below).

Army Reserve Officers’ Training Corps (ROTC) Scholarships Army ROTC Scholarship winners receive the tuition and mandatory fees benefit.. Winners will also receive a book allowance of $1,200 per year and a tax-fee stipend of $300-$500 per month for 10 months. All Army ROTC Scholarship winners are eligible to receive the Clarkson ROTC Incentive Scholarship.

Clarkson ROTC Incentive Scholarship (Army and Air Force) Eligible ROTC Scholarship recipients may receive the Clarkson ROTC Incentive Scholarship. This scholarship is valued at the average cost of room and board for an academic year. Proceeds from the Clarkson ROTC Incentive Scholarship may only be used for housing and meal expenses.

VA Yellow Ribbon Program Beginning in August 2009, Clarkson has been approved as a participant in the VA Yellow Ribbon Program. The Post 9/11 Veterans Educational Assistance Act provides partial tuition and fee benefits to eligible active duty, veterans and eligible dependents. As a Yellow Ribbon school, Clarkson will contribute 50% of the remaining cost of tuition and fees. The Department of Veterans Affairs will match this amount. In partnership with the Department of Veterans Affairs, Clarkson will ensure that the full cost of tuition and fees will be covered at a rate of 100%. In accordance with Title 38 US Code 3679 subsection (e), Clarkson University adopts the following additional provisions for any students using U.S. Department of Veterans Affairs (VA) Post 9/11 G.I. Bill (Ch. 33) or Vocational Rehabilitation and Employment (Ch. 31) benefits, while payment to the institution is pending from the VA. Clarkson will not:

Prevent, nor delay the student’s enrollment;

Assess a late penalty fee to the student;

Require the student to secure alternative or additional funding;

Deny the student access to any resources available to other students who have satisfied their tuition and fee bills to the institution, including but not limited to access to classes, libraries, or other institutional facilities.

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However, to qualify for this provision, such students are required to provide a Certificate of Eligibility to the School Certifying Official no later than the first day of class.

Part-Time Student Employment at Clarkson Each year various departments and offices on campus employ students who do not qualify for federal work study. Students may interview as the jobs become available. Student Administrative Services is able to assist interested students find employment at the University.

Lewis Income Share Agreement Program (LISA) Clarkson offers a limited number of income share agreements to new incoming students. This is an interest free alternative to traditional financing. In exchange for a percentage of their income after graduation, participants will pay Clarkson University a percentage of their income over a fixed number of years. The maximum amount a student can receive is $10,000 per year ($5,000 per semester) and is renewable each year for 4 years of full time undergraduate study at Clarkson. More information can be found at https://www.clarkson.edu/isa

Clarkson Payment Plan (PP) Clarkson provides a 12-month payment plan, an option attractive to many families. Participation in the PP is extended to anyone with a U.S. address. The applicant determines the amount to be financed; the maximum amount is the total charges less estimated financial aid, and the minimum amount is $1,000 a semester. The PP is available with no finance or interest charges, provided payments are made in accordance with the terms of the contract. Detailed information regarding the PP and applications are available from Student Administrative Services, Clarkson University, Box 5548, Potsdam, NY 13699-5548; 315-268-6451 or at https://intranet.clarkson.edu/student-life/sas/forms/.

Clarkson Endowed, Sponsored, and Share Clarkson Scholarships Various individuals, foundations and corporations have donated funds to establish scholarships for Clarkson students who meet certain criteria. Endowed scholarships provide assistance to students in perpetuity. Sponsored scholarships provide assistance on an annual basis. In general, these awards are made to incoming new students who show academic promise and leadership potential as well as continuing upper-class students who maintain exceptional cumulative grade point averages and meet other specific criteria. Recipients are selected by the Office of Financial Aid Scholarship Committee. Students are notified of the award by the financial aid package notification process (paper award letter for new students; on-line for continuing students) and amounts are credited to the student’s account each semester. Generally, students retain the award for the remainder of their undergraduate career at Clarkson to

the extent of a four-year period, provided academic and financial aid satisfactory academic progress

standards are maintained. Some scholarships have higher minimum GPA requirements. Scholarships

established through the generosity of Clarkson benefactors are awarded with the understanding that

there is a moral obligation for the student to repay the funds received. By accepting the grant award,

the student accepts the moral responsibility to contribute to Clarkson when financially able to do so.

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By fulfilling this moral obligation, the student will help replenish the grant fund ensuring Clarkson will

be able to offer institutional aid to future students. A list of endowed and sponsored scholarships

follows:

Endowed Scholarships Advani Endowed Scholarship Fund Ackermann The Arthur, Dora and JoAnn L. Armani Endowed Scholarship Fund Frank and Lee Augsbury Endowed Scholarship Fund Azote Inc. Endowed Scholarship Fund Gordon W. Babcock ’46 Endowed Scholarship Fund Edward J. Barno ’77 Endowed Scholarship Fund The Gordon C. "Stub" Baker ’27 Endowed Scholarship Fund Raymond and Esther Baker Endowed Scholarship Fund The Arnold and Helen Barben Endowed Scholarship Fund The H. Douglas and Sara Barclay Endowed Scholarship Fund Professor Robert Barr Endowment Scholarship Charles E. Becker Memorial Scholarship Fund John J. Bero, Sr. Memorial Scholarship Fund Robert and Elaine Birrell Endowed Scholarship Joseph I Bishop ’61 Endowed Scholarship Bart Blaner '83 Endowed Scholarship Professor Owen E. Brady III Endowed Scholarship Andrea K. Bridge ’68 and John E. O’Beirne Endowed Presidential Scholarship Fund Bradford Broughton Technical Communications Endowed Scholarship Fund Robert Brunner, Jr. '83 Memorial Endowed Scholarship Fund William G. Brown '37 Memorial Endowed Scholarship Fund Ernest and Evelyn Bulriss Endowed Scholarship A. Douglas Burrow ’31 Endowed Scholarship Purcell J. and Edith O. Brownell Endowed Scholarship Fund Cala Family Endowed Scholarship Fund Janice L. Campbell Endowed Scholarship Fund Robert '61 and Cynthia Campbell Hockey Endowment Scholarship Fund Robert W. Carroll Jr. ’63 Graduate Endowed Scholarship Fund Robert W. Carroll Jr. ’63 Undergraduate Endowed Scholarship Fund James D. Cartin Memorial Scholarship Fund Castrinovo Endowed Scholarship Tony /54 and Carol Cecere Endowed Scholarship Brian Y. Changlai MD, PhD '70, Mary C. Daye MD '71 and Brian A. Changlai MD Endowed Scholarship Fund John D. and Helen Chapple Endowed Scholarship Fund Siren R. Chudgar, MD ’96 and Jennifer L. Chudgar Endowed Scholarship Fund Edwin C. Clark Memorial Scholarship Fund Clarkson University General Scholarship Fund Clarkson University Memorial Scholarship Fund

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Clarkson University Parents Endowed Scholarship Fund Class of 1947 Endowed Scholarship Fund Class of 1963 Endowed Scholarship Fund Frederick W. Cleveland North Country Merit Scholarship Fund Thomas F. Clough ’62 Endowed Presidential Achievement Scholarship Fund Doug and Jane Collette Endowed Scholarship Fund Wallace H. Coulter Endowed Scholarship Wendall O. Covell Scholarship Fund Kristin Bandy Craig Memorial Scholarship Fund The Crane Family Endowed Scholarship Fund Cristo Endowed Scholarship Clarkson University Pep Band Alumni Association Endowed Scholarship Ralph S. Damon Endowed Scholarship Fund David E. Davies ’77 Endowed Scholarship Fund DeCrescenzo-Lupe Endowed Scholarship Deneka Family Endowed Scholarship Fund The Development Authority of the North Country (DANC) Endowed Scholarship Fund R. David Diederich ’64 Memorial Endowed Scholarship Benson G. Diefendorf Endowed Scholarship Fund Louis ’54 and Joan Dino Endowed Scholarship James L. Dohr Accounting Scholarship Fund Dolphin Legacy Endowed Scholarship Brendan Donohue ’84 Memorial Endowed Scholarship Fund Richard C. ’55 and Joy M. Dorf Endowed Scholarship Fund Glendon '79 and Margaret Duclos Endowed Scholarship John M. ’59 and Joyce A. Eikenberg Endowed Scholarship Fund Dave ’69 M’75 and Debi Elkins Scholarship Endowed Fund Arthur ’47 and Dorothy Engle Distinguished Scholarship Fund Emerson Foundation Matching Grant for Endowed Presidential Scholarships Allen ’44 and Kathleen Fales Endowed Scholarship Famigghia Castronovo/Carrington Endowed Scholarship Daniel P. Fellegara ’06 Memorial Endowed Scholarship James E. Fassett Endowed Scholarship Fund The Samuel B. Feitelberg Physical Therapy Fellowship Endowed Scholarship Alan T. Finn '87 Memorial Endowed Scholarship Joan and Barry S. Fischer ’54 School of Business Endowed Scholarship Fund Barry S. Fischer ’54 Endowed Scholarship Fund Ferris Fayette Flint Electrical Scholarship Fund George Floyd Memorial Scholarship John F. Frazier ’38 & L.K. Sillcox Endowed Scholarship J. Ronald Frazer ’45 Endowed Fellowship Stig E. Friberg Undergraduate Research Endowment Award Walter Fuss ’51 Endowed Scholarship for Civil Engineering Phil Garda ’67 Memorial Endowed Scholarship Fund Nelson Gibbs '59 Endowed Scholarship Alan W. Gibney ’69 Endowed Scholarship Fund FLIR Systems, Inc. Endowed Scholarship Fund Fred and Betsy Garry Endowed Scholarship Fund William B. Gero Memorial Scholarship Fund

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Alan W. Gibney ’69 Endowed Scholarship Christopher W. Gilmore ’88 Memorial Endowed Scholarship The Ruth and Sandy ’54 Ginsberg Endowed Scholarship Fund Giromini Family Endowed Scholarship The Joel ’57 and Lynda Goldschein Endowed Scholarship Fund Frank C. Goodrich Memorial Endowed Scholarship Fund George A. Gray Endowed Fellowship Fund Karl A. Greenhagle '69 Endowed Scholarship Fund Anna and Frank Greenwall Scholarship Fund Frank E. Gutmann Memorial Scholarship Fund Margaret Van Hamlin Haddad Scholarship Fund Steven W. ’68 and Laurie Hafener Endowed Scholarship Fund David L. Hall ’65, ’68 Memorial Endowed Scholarship Erwin C. ’48 and Jeanne Hamm Scholarship Fund Hammam Endowed Scholarship Terry O. Harden ’76 Memorial Scholarship Fund Frank M. Hardiman Scholarship Fund Harrison-Campbell Endowed Scholarship Fund The Lynn P. Harrison, III and Tonya P. Harrison Endowed Scholarship Fund William P. Harrison Endowed Scholarship Fund Blayne Hartman '75 Endowed Scholarship Ralph E. ’55 and Solita Hawes Endowed Scholarship Fund David ’83 and Sheryl Heacock Endowed Scholarship for Engineering and Management Charles W. Hearl ’51 Endowed Scholarship Fund Steven Hearl ’80 Endowed Scholarship for Civil and Environmental Engineering William Randolph Hearst Endowed Scholarship Fund Richard Hemphill '67 Endowed Scholarship Ellen Herrick Endowed Scholarship Fund Barbara Hewett Lowers Endowed Scholarship Mildred Dear Hill and Robert R. Hill ’48 Endowed Scholarship George O. and Clara E. Hodge Endowed Scholarship Fund Bruce ’69 and Suzanne Hoffman Endowed Scholarship David L. ’75 and SaraAnne Baker Hopkins Endowed Scholarship Harry and Florence P. Hull and Katherine Hull Endowed Scholarship Fund William ’61 and Elaine Hurd Endowed Scholarship Fund Albert C. and Ella W. Hyde Endowed Scholarship Michael Lewis Jaeger Memorial Endowed Scholarship Clarke H. Joy ’29 Memorial Endowed Scholarship Sol Kaplan Scholarship Fund/ The Kardan Scholarship Fund Peter A. Klein ’87 Memorial Endowed Scholarship The Gary F. Kelly Endowed Scholarship Fund Kent Family Endowed Scholarship Kenyon Endowed Scholarship Kretis Family Endowed Scholarship Lally Endowed Scholarship William H. ’53 and Beverly Lane Endowed Scholarship Fund

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William H. Lane Incorporated Endowed Scholarship Fund Earl L. LaPointe ’22 Memorial Scholarship Fund Sylvain L. Larose '75 Endowed Hockey Scholarship Fund Kristine M. Layn Endowed Scholarship Fund The Howard E. ’48 and Mary Lou Lechler Endowed Scholarship Cecile and Herman Lieberman Endowed Scholarship Fund Joseph ’82 and Rachel Loo Endowed Scholarship Barbara Hewett Lowers Endowed Scholarship Fund The Norman ’51 and Pat Maggione Endowed Scholarship Jason Marsden ’91 Endowed Scholarship Egon Matijevic´ Endowed Chemistry Scholarship Fund Peter M. Mayo ’71 Endowed Scholarship Theodore Sr. and Wanda McWharf Endowed Scholarship Arthur, Eleanor and Jack Mietz Endowed Scholarship Fund Gus’82 and Magda Mininberg Endowed Scholarship Charles T. Mosier ’72 Memorial Endowed Scholarship Fund Steve Neely Endowed Memorial Scholarship Fund Nelson Endowed Scholarship Theodore ’56 and Priscilla Nelson Endowed Honors Scholarship J. Paul Nessler ’69 Memorial Endowed Scholarship Fund The Ronald R. "Monk" Neugold ’52 Endowed Scholarship Fund The Newell Family Endowed Scholarships

Edgar A. Newell Endowed Scholarship Fund Jean S. Newell Society of Women Engineers Endowed Scholarship Fund W. Allan Newell Endowed Scholarship Fund New York State Federation of Home Bureaus (St. Lawrence County) Scholarship Fund New York State Federation of Home Bureaus (Louise Villeneuve McMahon) Scholarship Fund Newkofsky Endowed Scholarship Lisa Niles ’78 Memorial Endowed Scholarship Nathan and Janet Owen Endowed Scholarship Fund Anthony J. Palumbo '60, and Phyllis A. Palumbo Chemical Engineering Endowed Scholarship Fund James P. Papayanakos Scholarship Kenneth R. and Margaret K. Parker Endowed Scholarship Fund Matt and Prue Pecorella Endowed Scholarship Sara Snell Petersen/W. Hollis Petersen Endowed Scholarship Fund The Dick Pratt Endowed Prize Fund (PEP Fund) established by Phyllis A. Palumbo and Anthony J. Palumbo, M.D. (1960), and Family Ledyard H. Pfund ’40 Presidential Achievement Award Scholarship Fund Leo ’25 and Gertrude Ploof Endowed Scholarship Fund Harold A. and Dorothy Putnam Endowed Scholarship Fund Peter Radding ’63 Memorial Endowed Scholarship George H. Randall ’16 and Paul W. Randall ’92 Endowed Scholarship Fund Stephen C. Redding ’63 Memorial Scholarship Fund Kyle G. Reichley ’85 Memorial Endowed Scholarship Gerald ’58 and Judith Reinman Endowed Scholarship Fund

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Relyea Endowed Chemistry Scholarship Relyea Endowed Engineering Scholarship The Ernest ’42 and Constance Richmond Memorial Endowed Scholarship Fund Ridings Family Endowed Scholarship Fund Robbins "I Pay it Forward" Endowed Scholarship Elwyn J. Rodee Endowed Scholarship Fund Paul Rodgers Memorial Endowed Scholarship William J. Rowley Endowed Scholarship Fund Sackett Endowed Scholarship Willard G. '53 and Barbara B. Shafer Endowed Scholarship Francis E. ’63 and Mona K. Sage Endowed Scholarship Fund Sapia '58 Endowed Scholarship Albert L. and Mary S. Sayer Endowed Scholarship Fund Joseph Scaturro Endowed Scholarship Fund Fred Schoenhut '78 Endowed Scholarship Fund for Hockey Ralph and Jessie Scott Endowed Scholarship Fund Thomas ’70 and Gayle Sette Scholarship Endowment Willard G. ’53 and Barbara B Shafer Endowed Scholarship Fund Shelly Electric Endowed Scholarship Fund Thomas E. Simpkins '30 Endowed Scholarship Fund John and Verna Sherrick Endowed Scholarship William ’70 and Sandra Shusda Endowed Scholarship F. Carlton and Ethel B. Simpson Endowed Memorial Scholarship Fund Sisson Family Endowed Scholarship Fund Jay P. Smee ’52 Endowed Scholarship Fund Barry P. Smith ’65 Endowed Scholarship Fund James T. and Grace B. Smith Endowed Scholarship Fund William D. ’54 and Shirley Smith Endowed Scholarship Fund John Ben Snow Foundation Endowed Scholarship George J. Stanley Endowed Scholarship Fund Bill ’64 and Sherrie Taylor Endowed Scholarship Charles Thomas ’63 Adirondack Endowed Scholarship The Thompson Family Endowed Scholarship Fund Tilling Endowed Scholarship Fay ’62 & Nadine Tolman Endowed Scholarship Fund Mel Tomalty '61 Endowed Scholarship Toole-O'Donnell Families and MVW Endowed Scholarship Fund Earle E. Towlson ’27 Memorial Endowed Scholarship Fund Donna and Steve Tritman '68 Endowed Scholarship Tubbs Family Endowment Edward F. Tucker Endowed Scholarship Fund Merton Van Sant/Industrial Development Agency Endowed Scholarship Fund David A. Walsh ’67 Endowed Scholarship Fund Melissa A. Walsh ’03, ’05 Memorial Endowed Scholarship Mr. and Mrs. Robert N. Wagner Scholarship Fund

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The Dr. John ’73 and Roberta Wasenko and Family School of Engineering Endowed Scholarship Fund The Dr. John ’73 and Roberta Wasenko and Family Health Sciences Endowed Scholarship Fund John ’52 and Jane Ward Endowed Scholarship Weimer Endowed Scholarship Dr. Mark W. and Beulah Welch Endowed Scholarship Fund John “Jack” S. ’54 and Norma Welch Memorial Endowed Scholarship Richard and Gina Weniger Memorial Endowed Scholarship J.R. Weston Endowed Scholarship Fund Stanley '57 and Viola Wetreich Endowed Scholarship Carol Wicks '80 Endowed Scholarship Allen '63 and Barbara Winegard Endowed Scholarship James P. Witkowski Endowed Scholarship Nancy E. and James E. Wood ’64 Endowed Scholarship Fund MK Woods ’82 Endowed Scholarship Fund Clarence F. Wright Endowed Memorial Scholarship Fund Eugene R. Yeager Jr. ’75 Memorial Scholarship Fund Yentzer Endowed Scholarship Fund Terry Yurkiewicz ’66 Memorial Hockey Endowed Zieger Endowed Scholarship Fund Zuman Award in Chemistry Sponsored Scholarships AAA Ehrlich Sponsored Scholarship Kenneth R. Baker Family Engineering Sponsored Scholarship Barrett Paving CEM Sponsored Scholarship Bechtel Foundation Sponsored Scholarship Boothill Stepping Stone Scholarship Buyers Sponsored Scholarship Donald Clark Sponsored Scholarship Clarkson Club Sponsored Scholarship Clarkson University General Sponsored Scholarship Colden Corporation Sponsored Scholarship James A. Comstock Memorial Sponsored Scholarship Bill Cotter ’73 Sponsored Scholarship Kristin Bandy Craig Memorial Sponsored Scholarship Crane Fund for Women and Children Sponsored Scholarship DDS Companies Sponsored Scholarship Delta Upsilon Sponsored Scholarship Daniel P. Fellegara '06 Memorial Sponsored Scholarship Elkins Sponsored Scholarship The Brothers of Delta Tau Tau Scholarship in memory of Michael Fahrenkopf ‘11 Stig E. Friberg Award for Undergraduate Research Sponsored Scholarship Giromini Family Glens Falls Contractors Association Sponsored Scholarship Kenyon Sponsored Scholarship

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NewPage Corporation Sponsored Scholarship Edwin E. Hatch Foundation Sponsored Scholarship Honors Program Sponsored Scholarship Hurd Sponsored Scholarship Ralph A. Janaro Memorial Sponsored Scholarship Lally Sponsored Scholarship Michael Lewis Jaeger Memorial Sponsored Scholarship Andrew Joseph Jankowiak Sponsored Scholarship Kathleen Kafka and Reed Phillips Memorial Sponsored Scholarship Key Bank Sponsored Scholarship Krigman '63 MME Undergraduate Research Grant Fund Sponsored Scholarship Joel Lerich '62 Memorial Sponsored Scholarship Stuart Lott '70 Sponsored Scholarship Edward T. Misiaszek Sponsored Scholarship Miss New York of the North Country Sponsored Scholarship National Starch & Chemical Company Sponsored Scholarship Steve Neely Memorial Sponsored Scholarship North Country Friends Sponsored Scholarship O'Brien & Gere Sponsored Scholarship Karen Mazzella Olmstead ’84 Memorial Sponsored Scholarship N I Rea Sponsored Scholarship Gerald '58 and Judith Reinman Sponsored Scholarship Ruston Paving Company CEM Sponsored Scholarship Sage Scholars North Country Scholarship David Scaringe '01 Memorial Sponsored Scholarship Todd Stanley Searfoss '79 Memorial Sponsored Scholarship Sprout Foundation Sponsored Scholarship Sprout Foundation Sponsored Scholarship #2 Stantec Consulting Services Incorporated Sponsored Scholarship James P. Witkowski Sponsored Scholarship Norman Westerman Thurston '63 Sponsored Scholarship Wildwood Foundation Sponsored Scholarship Wyeth-Ayerst Sponsored Scholarship Share Clarkson Direct Scholarships Gilbert and Ruth Adams Class of 2017 Share Clarkson Direct Scholarship Gordon Boncke '47 Class of 2016 Share Clarkson Direct Scholarship Bruce G. Boncke ’71 Class of 2019 Share Clarkson Direct Scholarship David William ’88 and Kristina Art Buchwald Share Clarkson Scholarship Bouchard/Mountjoy Class of 2013 and 2018 Share Clarkson Direct Scholarship Amy Castronova '04 Class of 2014 and 2019 Share Clarkson Direct Scholarship Cecere Share Clarkson Scholarship Bill ’73 and Carol Cotter Share Clarkson Scholarship James M. Coughlin ’53 Share Clarkson Direct Scholarship Richard J. Creek '66 Share Clarkson Class of 2023

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Sean '89 and Lori '89 Donohoe class of 2013 and 2018 Share Clarkson Direct Scholarship Richard Dwyer '77 Share Clarkson Scholarship 2023 William V. ’83 and Susan Fiacco Share Clarkson Scholarship Richard Fiesinger ’67, M’68 Share Clarkson Scholarship Goldman Class of 2013 Share Clarkson Direct Scholarship Joel '57 and Lynda Goldschein Class of 2014 and 2018 Share Clarkson Direct Scholarship Fred ’61 and Selma Goldstein Share Clarkson Scholarship Jim Greenfield ’64 M’66 Share Clarkson Scholarship Elinore and Beecher '50 Greenman Classes of 2014, 2015, 2016, 2017 and 2018 Share Clarkson Direct Scholarship Rosemary A. Harrington Class of 2015 Share Clarkson Direct Scholarship W. Jon Harrington Class of 2015 Share Clarkson Direct Scholarship M. Hubbard Construction, Inc. Classes of 2013 and 2016 Share Direct Clarkson Scholarship Jacobsen Family Share Clarkson Scholarship in Honor of Robert Jacobsen '66 Jolyn Foundation Class of 2013, 2014 and 2018 Share Clarkson Direct Scholarship Gerald ’61 and Mary Kilanoski Share Clarkson Scholarship Donald B. Kloeber '71 Class of 2023 Share Clarskon Scholarship Matthew J. Maslyn '77 Class of 2015 Share Clarkson Direct Scholarship Northern Lights Share Clarkson Scholarship Francis ’85 and Christine Peverly Family Share Clarkson Scholarship David D. Reh '62 Classes of 2013, 2014, 2015, 2016, 2017, 2018, 2019, 2020, 2021, 2022 Share Clarkson Direct Scholarship Reinman Share Clarkson Scholarship George Schreiber '64 Share Clarkson 2023 John and Verna Sherrick Class of 2013 and 2018 Share Clarkson Direct Scholarship Richard ’60 and Nancy Siewert, P’ 95 Share Clarkson Scholarship Robert '74 and Julia Storms Class of 2015 and 2018 Share Clarkson Direct Frederick W. Swanton Jr. ’68 Share Clarkson Scholarship Scholarship Structural Associates, Inc. Class of 2013 Share Clarkson Direct Scholarship Alissa, Donna and Steven M. '68 Tritman Class of 2017 and 2023 Share Clarkson Direct Scholarship Susan J. and Ellsworth F. '65 Vines Class of 2015 Share Clarkson Direct Scholarship Rita Fadale Wagner Class of 2013 Share Clarkson Direct Scholarship David A. Walsh '67 Class of 2023 Share Clarkson Scholarship In Honor of Katherine H. Wears Class of 2019 Share Clarkson Direct Scholarship Wolfley Family Share Clarkson Direct Scholarship Prize Funds Gregory P. Arnold ’73 Memorial Award Jerome D. Barnum Memorial Prize Randy Brockway ’91 Memorial Award Stephen Brunauer Memorial Award Charles M. Clark Memorial Award Frederica Clarkson Prize Levinius Clarkson Prize Vern Clute Memorial Academic Achievement William Coleman Memorial Prize

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Francis Deneen Prize William Farrisee Memorial Award Doc Jones Prize Elizabeth A. Kissel ’90 Memorial Award Richard Brady Legro ’82 Memorial Award Albert Merrill ’13 Faculty Prize Dr. Carl Michel Prize Fran Neragin Prize Perkins Family Memorial Award Kyle G. Reichley ’85 Memorial Award for Excellence in Management Shirley Rogers Memorial Award Robert E. Rosati ’52 Award for Excellence in Mechanical Engineering John B. Russell Memorial Prize Ilse J. Shaw Award R. Shankar Subramanian ’69 Prize for Outstanding Scholarly Achievement in Chemical Engineering Martin A. Welt ’54 Family Awards Endowed and Sponsored Prizes and Awards Clarkson bestows prizes and awards, both monetary and nonmonetary, upon deserving Clarkson students in recognition of their outstanding contributions to the academic, athletic and extracurricular life of the institution. Amounts are credited to the student’s account. List of prizes awards follows: Raymond R. Andrews Achievement Award Gregory P. Arnold ’73 Memorial Endowed Prize The Cathy Avadikian and David Wells Award in Engineering and Management Jerome D. Barnum Memorial Award Randy Brockway ’91 Memorial Award Stephen Brunauer Memorial Award for Excellence in Chemistry CEE Junior Faculty Endowed Prize Fund Charles Martin Clark Award Clarkson Alumni Frederica Clarkson Award Clarkson Alumni Levinus Clarkson Award Vern Clute Memorial Academic Achievement Award Communication & Media Sophomore Award Communication & Media Junior Award Communication & Media Senior Award Major William Coleman Award Francis DeLucia '66 Endowed Prize Fund Digital Arts & Sciences Sophomore Award Digital Arts & Sciences Junior or Rising Senior Award Francis Dineen Award The Dean William J. Farrisee Memorial Award John W. Graham Jr. Leadership Award George A. Gray Endowed Fellowship Doc Jones Prize Fund

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Elizabeth A. Kissel ’90 Endowed Memorial Award The John H. Koerner, Jr. ’76 Intramural Award The John H. Koerner, Jr. ’76 Memorial Award The Martin M. Koshar ’55 Endowed Prize Richard Brady Legro ’82 Memorial Award Albert D. Merrill ’13 Endowed Faculty Prize Dr. Carl Michel Award Mike Morrison ’89 Memorial Coaches Award Fran Neragin Award Perkins Family Memorial Award Dick Pratt Endowed Prize Fund The Norman L. Rea Award Kyle G. Reichey ’85 Memorial Alumni Award for Excellence in Business Intelligence and Data Analytics The Shirley Rogers Residence Hall Advisor Award Robert E. Rosati ’52 Award for Excellence in Mechanical Engineering Keith M. Russ Memorial Award John B. Russell Memorial Prize Ilse J. Shaw School of Management Freshman Award Ilse J. Shaw School of Management Sophomore Award Sigurds Arajs Memorial Award STAFDA Outstanding Junior Award STAFDA Outstanding Senior Award Arthur L. Straub Memorial Award R. Shankar Subramanian Prize for Outstanding Scholarly Achievement in Chemical Engineering The Peter ’90 and Chandra Wargo Digital Arts & Sciences Award Arthur J. Wells Prize Martin A. Welt ’54 Family Awards Loans

William D. Ford Federal Direct Loan Federal Direct Loans including both subsidized and unsubsidized loans, are low-interest loans funded by the federal government. Maximum annual borrowing limits are: First-year students, $5,500; sophomores, $6,500; juniors and seniors, $7,500. Aggregate loan totals for combined subsidized and unsubsidized loans cannot exceed $31,000 for dependent undergraduates and $57,500 for independent undergraduates. Aggregate loan limits for subsidized loans for all undergraduate students may not exceed $23,000.

Clarkson Loan Funds Clarkson has 23 separate loan funds from which students may borrow up to $4,000 in any semester, subject to availability and borrower qualification. These loans are available through Student Administrative Services. Repayment begins nine months after a student’s enrollment at Clarkson terminates. A list of loan funds follows: Frederick E. Anderson Memorial Loan Fund The Arnold and Helen Barben Scholarship Incentive Loan Fund Beazer East Loan Fund

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Clarkson University Memorial Loan Fund ABB Combustion Engineering Scholarship Incentive Loan Fund Arthur Vining Davis Scholarship Incentive Loan Fund Decker/Dulude/Corning Scholars Program Demeree-Toohey Scholarship Incentive Loan Fund Charles A. Frueauff Scholarship Incentive Loan Fund Kent Family Endowed Scholarship Fund John H. Koerner, Jr., Loan Fund Robert and Jane LaHair Scholarship Incentive Loan Fund Lambda Phi Epsilon Student Loan Fund Theodore Sr. and Wanda McWharf Endowed Scholarship Fund George O. Miles Memorial Loan Fund National Grid Scholarship Incentive Loan Fund North Country Friends Loan Fund Alan D. Nolet '78 Scholarship Incentive Loan Fund The William S. Prescott Memorial Incentive Loan Fund Procter & Gamble Chemical Engineering Loan Fund Elwood (Pete) Quesada Scholarship Incentive Loan Fund N. L. and Eleanor Rea Student Loan Fund George E. Snyder Memorial Loan Fund Water E. Turnbull Memorial Scholarship Incentive Loan Fund Arthur O. and Louella K. West Memorial Loan Fund

Satisfactory Academic Progress for Federal and Institutional Financial Aid The US Department of Education has issued new Satisfactory Academic Progress (SAP) requirements effective July 1, 2011. These requirements are part of the Program Integrity and Final Regulations issued on October 29, 2010. The revised Satisfactory Academic Progress (SAP) policy that follows includes the requirements of the Program Integrity Regulations and is effective at the beginning of the Fall 2011 term. Revisions to this policy were made on March 13, 2020 and are effective with the SAP evaluation that will be conducted at the end of the Spring 2020 semester and moving forward. Federal regulations requires institutions to evaluate Financial Aid SAP at the end of the fall, spring, and summer terms. Both full-time and part-time enrollment status must be evaluated as well as periods of enrollment during which the student did not receive financial aid. All students are encouraged to become familiar with the policy as eligibility for federal and institutional aid may be an important factory in being able to continue one’s education at Clarkson. Students must maintain SAP to retain eligibility for federal and institutional financial aid. SAP is comprised of three areas as required by federal regulations. A student must complete their degree within a specified period, demonstrate PACE by earning a minimum percentage of attempted credit hours and maintain a cumulative GPA that is consistent with meeting graduation requirements. Some institutional scholarships (i.e. Honors, Endowed and Sponsored Scholarships) may require higher academic achievement than the standards outlined in this section. Students with questions regarding specific scholarships are advised to contact their Student Administrative Services (SAS) representative.

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Satisfactory Academic Progress Standards for Financial Aid are based on a student’s cumulative record and are separate from Academic Standing determinations. A student who is on academic warning, academic probation, or has been approved to continue after separation retains financial aid eligibility provided the Satisfactory Academic Progress Standards for Financial Aid (detailed below) are met.

1. Maximum Time Frame for Degree Completion a. Federal Regulations specify that a student must complete his/ her degree within 150%

of the published length of the program. The maximum time frame at Clarkson is measured in attempted hours. A student must earn 120 credits to receive a Bachelor’s degree. Therefore, to retain financial aid eligibility, the maximum time frame to complete the program for full time students cannot exceed 180 attempted credit hours, 6 years, or 12 terms, whichever comes first.

b. A part-time student cannot exceed 180 attempted credit hours. A student pursuing a second Bachelor’s degree with the first Bachelor’s degree must complete the additional required coursework within the 150% time frame period. Effective March 13, 2020 for the SAP evaluation period that will occur at the end of the Spring 2020 semester and going forward, a student may appeal the Maximum Time Frame requirement based on extenuating circumstances.

c. Credits counted in the maximum time are all attempted credits and include: i. Earned hours - Passed (A-D), Pass (P)

ii. Repeated courses- All attempts (see repeated course section below) iii. Withdrawal- Maximum time frame regulations do not allow for the exclusion of

courses in which a student has remained past the drop period and earned a grade of “W”

iv. Failure - F v. Incomplete- I

vi. All accepted transfer- T vii. All courses attempted at Clarkson, even if they are not used to meet degree

requirements. 2. Pace Standards PACE is defined by federal regulations as steady progress towards degree

completion within the 150% time frame. Clarkson is required to measure a student’s PACE as a percentage as indicated below:

a. A minimum percentage of attempted credit hours must be earned every semester i. Cumulative number of earned hours

ii. Cumulative number of attempted hours b. Earned credit hours for PACE:

i. Grades of A, B, C, D or P (with credit) ii. All accepted transfer credits and (including consortium agreements & Study

Abroad Courses) & Test credits (T) c. Attempted credit hours include:

i. Earned hours - Passed (A-D), Pass (P) ii. Repeated courses- All attempted (see repeated course section below)

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iii. Withdrawal - “LW” and “W”. PACE regulations do not allow for the exclusion of courses in which a student has remained past the drop period and earned a grade of “W”.

iv. Failure - F v. Incomplete - I

vi. All accepted transfer - T d. The chart below indicates the PACE required to maintain Satisfactory Academic

Progress for Financial Aid. New transfer students are placed on the chart based on the number of transfer credits that have been accepted by Clarkson.

Cumulative Attempted Credit Hours

PACE – Minimum required percentage of earned credit hours divided by attempted credit hours

0-18 50% 19-36 50% 37-54 67% 55-72 67% 73-180 67%

3. Qualitative Standards – Cumulative Grade Point Average (GPA) a. Federal regulations require the student to meet minimum Cumulative GPA standards

to retain eligibility for aid. As indicated in the following chart, after 4 semesters a student must maintain a 2.00 cumulative GPA to be eligible for financial aid.

b. Grades earned in prior attempts of repeated courses are excluded from the GPA calculation. The chart below indicates the GPA required to maintain Satisfactory Academic Progress for Financial Aid.

c. Transfer students are placed on the GPA chart based on the number of semesters they have attended Clarkson

End of semester Minimum GPA required at the end of semester First 1.00 Second 1.40 Third 1.75 Fourth-Twelfth 2.00

Warning Term A student who does not meet both the PACE and GPA standards is not making Satisfactory Academic Progress for Financial Aid. The student is notified by the Financial Aid Office that he/she is on Financial Aid Warning for the subsequent term of attendance. During the Financial Aid Warning Term, the student retains eligibility for both federal and institutional aid. A student who meets both the PACE and GPA standards at the conclusion of the Financial Aid Warning Term is again meeting Satisfactory Academic Progress for Financial Aid and is eligible for federal and institutional aid for the subsequent term of attendance. A student who does not meet both the PACE and GPA standards at the conclusion of the Financial Aid Warning Term is notified by the Financial Aid Office that he/she is not making Satisfactory Academic

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Progress for Financial Aid and is ineligible for federal and institutional aid. The student is also notified of the Appeal Process. A student may have more than one Financial Aid Warning Term; however they may not be consecutive.

Appeal Process A student may file an appeal based on catastrophic or extraordinary circumstances “beyond the student’s control,” such as personal illness or injury, or the death, illness or injury of a family member, relative or close personal friend. A student is allowed to appeal once based on a change of major. Students who have been disqualified from aid are notified at the end of the term or when readmitted regarding how to begin the appeal process. It is recommended that students submit the appeal within 3 weeks of notification of their disqualified status. There are 3 required elements of an appeal:

1. A written statement from the student – Federal regulations require a student who is requesting an appeal to submit a written statement explaining: Why the student was not able to meet the satisfactory academic progress standards. What has changed that will allow the student to meet the standards at the conclusion of the academic plan (See #3 below)

2. Supporting documentation – A student requesting an appeal must submit supporting documentation such as physician’s written statement to substantiate illness from clergy, family member(s), or other third party familiar with the student’s situation, or a written statement from an academic advisor, professor, or counselor

3. Development of an Academic Plan – As part of the appeal, the student must work with a Program Administrator to develop an academic plan. The academic plan is designed to enable the student to meet both PACE and GPA standards at the conclusion of the plan. An academic plan may entail one or more terms and includes specific requirements the student must achieve. Although the student is not making satisfactory academic progress, federal and institutional aid is reinstated on a term by term basis.

A student filing an appeal must authorize the release of pertinent information as part of an investigation of the facts concerning the failure to meet satisfactory academic progress standards. Each appeal will be investigated and reviewed by the Dean of Students in conjunction with faculty members from the student’s program of study as well as other Clarkson University personnel as necessary. The Dean of Students will make a recommendation to approve or deny the appeal and notify the Office of Financial Aid. The Director of Financial Aid will make the final decision to approve or deny the appeal. The Office of Financial Aid will notify the student by letter or e-mail of the final decision. Upon approval of an appeal including an academic plan the student is placed on Financial Aid Probation for the next term of attendance.

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At the end of the Financial Aid Probationary term, the student will be evaluated according to the requirements specified in the academic plan. Provided that the student is successfully meeting the conditions of the plan, the student may continue to receive federal and institutional aid for the subsequent term. In cases in which an academic plan includes more than one term, the student will be evaluated at the end of each term. If the student continue to meet the requirements of the plan, the student remains eligible for financial aid. A student who does not meet the conditions of the academic plan or whose appeal is denied is no longer eligible for federal and institutional aid at Clarkson until bother standards are met. A student who is ineligible for aid may regain eligibility by:

1. Taking courses at Clarkson without receiving federal or institutional aid that raises their GPA to the minimum standards and/ or increases earned hours to the minimum PACE requirements. The students must contact their SAS representative at the end of the term to request an evaluation of their financial aid satisfactory academic progress standing and financial aid eligibility.

2. Transferring in course credit – A transferred course must count toward degree requirements. A minimum of a “C” is required for transfer credits. Transfer credits are included in both attempted and earned hours. Transfer credits for repeated courses may have an effect on the GPA. Transfer credits for non-repeated courses have no effect on the GPA.

SUBSEQUENT APPEALS - effective March 13, 2020 A student who does not meet the requirements of their academic plan, is permitted to submit a subsequent appeal. The appeal must be based on new extenuating circumstances that have occurred during the current semester and are outside of the student's control.

Repeated Courses Courses in which a grade of F or W is recorded on a student’s transcript may be repeated a maximum of 2 times. The earned hours are counted once. The attempted hours are counted each time and may be used to establish full time enrollment status. The student may receive financial aid for these course repeats. Courses in which a student has previously earned credit (A, B, C, or D) Federal regulations allow a student to repeat a course once if the student previously earned credit for the course. The repeated course(s) will be used toward full time enrollment status and are eligible for financial aid. Courses repeated more than once will not count toward enrollment status and are ineligible for financial aid. More than one course may be repeated per term. This does not apply to students receiving International Scholarships. The attempted hours are counted each time. The earned hours are counted once. The grade from the prior completion(s) is excluded from the GPA calculation.

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Academic Grade Changes and Incompletes For purposed of determining SAP for federal and institutional financial aid, all grade changers including incompletes must be submitted to SAS prior to the 10th day of the subsequent term. This deadline may differ from academic departmental guidelines. The student must contact their SAS representative to request a recalculation of SAP.

Readmitted Students A student who has left the University for one or more terms and has been readmitted will have Satisfactory Academic Progress for Financial Aid reviewed at the time of readmission. Transfer credits must be received prior to the 10th day of the term in order to be included in the SAP determination. If the student is determined to be meeting SAP, federal and institutional aid will be offered provided the student meets all other eligibility requirements. If it is determined that the student is not meeting SAP, the student will be notified by letter of his/ her status and the appeal process. There is no guarantee that a readmitted student will receive the same type or amount of institutional aid they received during prior terms.

Total withdrawal from The University & Federal Title IV and Institutional Aid There are occasions when a student may leave the University prior to the completion of a semester. If a student officially withdraws from the University, takes a leave of absence, unofficially withdraws or is dismissed during the semester, for the purposes of financial aid each of these situations is treated as a withdrawal. A student intending to leave the University must contact Student Administrative Services to begin the official withdrawal process. The law specifies how Clarkson must determine the amount of Title IV program assistance a student has earned as of the date of the withdrawal. The Title IV programs that are covered by this law are: Federal Pell Grants, Iraq and Afghanistan Service Grants, Federal Direct Student Loans, PLUS Loans, Federal Supplemental Educational Opportunity Grants (FSEOG) and Federal Perkins Loans. When a student withdraws from the university during the term, the amount of Title IV program assistance that the student has earned up to that point in time is determined by a specific formula. If the student received less assistance than the amount that earned, the student may be able to receive those additional funds. If the student received more assistance than earned, the excess funds must be returned to the US Department of Education. The amount of assistance that the student has earned is determined on a pro rata basis. The formula is based upon the number of days the student has attended as a percentage of the total number of days in the term. For example, if the student completed 30% of the term, the students earns 30% of the assistance originally awarded. Once the student has completed more than 60% of the term, the student has earned all of the assistance awarded for the term. Federal regulations require this

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calculation if the student officially or unofficially withdraws, is dismissed or otherwise leaves the University during a term. Student transcripts are reviewed at the conclusion of each term. If a student received all “F” grades during a term, federal regulations require the Office of Financial Aid to obtain additional information from the Academic Department(s). If the Academic Department(s) determines that the student completed yet failed to meet the course objectives in at least one course, no changes to the student’s financial aid for that term is required. If however, the Academic Department(s) determines that the student did not complete all courses (i.e. stopped attending all courses); the student is considered to have unofficially withdrawn from the University. In this case, the last date of an academic related activity (i.e. documented attendance in class, submission of a homework assignment or the taking of an exam) is used to determine the date of the unofficial withdrawal. If the last date of an academic related activity is after the 60% date of the term, no adjustment to a student’s financial aid for that term is required. If however, the date occurs prior to the 60% date, a Title IV refund calculation is required and necessary adjustments to a student’s financial aid for the term will be made. In absence of a documented last date of an academic related activity, federal regulations require Clarkson to use the midpoint (50%) of the term. The Federal Title IV Refund Procedure is separate and distinct from the Office of Student Account’s refund policy for tuition, fees and other charges at Clarkson. Therefore, a student may still owe funds to cover unpaid institutional charges. Clarkson scholarships, grants and loans may be reduced based on individual circumstances, the date of withdrawal and the Student Accounts Refund Policy Satisfactory Academic Progress for students who return to the University for a subsequent term will be reviewed and a determination will be made based on the Maximum Time Frame, PACE and GPA standards as stated above.

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STUDENT ACCOUNTS

Expenses Tuition and other charges at Clarkson are set at the minimum permissible for financially responsible operation, and are considerably below actual costs. Gifts and grants received through the generosity of alumni, industry, foundations, and friends play an important part with regards to the difference. The COVID-19/coronavirus pandemic continues to create risks and uncertainties associated with on-campus educational programs of colleges and universities. The potential continuing impacts of the pandemic are not fully foreseeable, and may impact the feasibility and/or structure of on-campus learning. The tuition rates charged by the University are not dependent on the format of the educational programs for which they are payable. Accordingly, if the University is required to alter the structure of its on-campus educational programs or transition students to remote learning models (in whole or in part) due to restrictions imposed by federal, state or local governmental authorities or applicable law, or if the University determines such action to be warranted in light of continuing or potential impacts of the COVID-19/coronavirus pandemic, no reduction or refund of tuition or fees will be made based on the resulting changes to the programs in which students are enrolled.

University Charges The summary of annual fixed University charges for the 2020-2021 academic year follows: Fixed Charges 2020-2021

$51,454 Undergraduate full-time charge (12 to 19 credit hours) $1,715 Undergraduate credit hour rate (11 hours or less) $9,810 Room (based on two person in freshmen housing) $7,306 Meal Plans $1,270 Undergraduate student fees $1,820 Clarkson School student fees $69,840 Undergraduate full time direct costs

Undergraduate students registered for 12 to 19 credit hours (inclusive) are designated as full-time students and are charged at the full term rate. Students exceeding the full-time load of 19 credits will be charged at the credit hour rate for each credit hour in excess of 19 in addition to the full-time tuition rate charge. Other expenses, such as travel, books, and spending money, vary. An estimated figure is approximately $3,828 for one academic year.

Clarkson University Student Association (CUSA) Activity Fee Assessed by CUSA on all undergraduate students carrying a minimum of 6 credit hours per semester and distributed to clubs and organizations.

Clarkson University Student Association (CUSA) Campus Improvements Fund Fee Assessed by CUSA on all undergraduate students carrying a minimum of 6 credit hours per semester for capital projects as identified by students.

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Health, Wellness & Recreation Facilities Fee Assessed to all full-time students. Covers operations for recreational facilities, fitness facilities, health facilities & services, counseling facilities & services, computing facilities, services & related software, webinars, etc. (Note: This is not a health insurance premium.)

The Clarkson School Event Fee Assessed to The Clarkson School students to assist in covering various student activities such as field trips. In addition, a portion of the fee provides for any guest lectures and special meals sponsored by The Clarkson School.

Health Insurance Health insurance is mandatory at Clarkson University for non-distance program students. All students must either have health insurance coverage under their own policy or be covered by their parent’s policy or enroll in Clarkson’s contracted insurance. The rate for 20120-2021 is $2,571 for coverage from 8/1/2020 – 7/31/2021. To assure clearance for check-in, students need to complete an activity guide in their myCU account on a yearly basis.

Payment Payment in full for all tuition, fees, residence and dining expenses must be made on or before the financial clearance deadline. Check-in cannot be completed and the student cannot be admitted to class unless satisfactory payment is made. All accounts will be assessed a late fee charge of 1% of the unpaid balance monthly. Enrollment indicates that the student agrees to pay all attorney’s fees and other reasonable collection costs necessary for the collection of any amount not paid when due and will be added to the unpaid balance. It is the University’s policy to withhold transcripts and diplomas until the balance of the account is paid in full.

Tuition and Fees Refund Policy All refunds will be based on the last recorded day of attendance as determined by and attested to by the Student Administrative Services Office. A student who withdraws within the first 20 class days of the term is eligible to receive a refund using the following refund calculation: Semester (Fall & Spring) Program Refund Policy

Prior to the start of the term 100% refund 1st week of the term 90% refund 2nd week of the term 75% refund 3rd week of the term 50% refund 4th week of the term 25% refund 5th week of the term until the end of the term

0% refund

The corresponding refunds calculations above will be applied to tuition, CUSA Activity Fee, CUSA Campus Improvements Fund Fee, Health, Wellness & Recreation Facilities Fee, The Clarkson School Event Fee, Room and Meals (consumption is not taken into consideration).

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There will be no refund of the Student Health Insurance Premium if the coverage is in force. This refund policy has been established in conformance with the Higher Education Act of 1992, as amended in April & November of 1994 and by GEN-95-22 (Dear Colleague Letter) of April of 1995. An exception of the Refund Policy has been made for students that are enlisted and active (prior to

the start of the term) in the military that are forced to withdraw during a term due to a military

deployment or a change of assignment. Official documentation of the deployment or change or

assignment may be requested by Clarkson University from the student for the exception to the Refund

Policy to take effect. The following adjustments to the student’s account can be expected if the student

meets the aforementioned criteria:

100% refund of tuition, fees and room o This exception to the Refund Policy does not apply to Board or Student Health Insurance

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SCHOOL OF ARTS AND SCIENCES Tom Langen, Interim Dean tlangen@clarkson.edu Jerry W. Gravander, Associate Dean jgravand@clarkson.edu The School of Arts & Sciences offers an array of major programs. Some are in traditional disciplinary areas such as Biology, Chemistry, Mathematics, History, and Psychology, while others, such as Biomolecular Science and Digital Arts & Sciences, integrate knowledge from several disciplinary areas to address recently emerging issues. All benefit from Clarkson’s strengths in engineering and business, and all are focused on preparing students for graduate school, professional programs, and careers. All Clarkson students complete the Clarkson Common Experience, which includes courses in science, mathematics, technology, and the humanities and social sciences. These are critical components of every degree program in the University, and through them students acquire the quantitative reasoning, critical thinking, and effective communication skills and the basic scientific knowledge that are essential in their major programs and in their development as responsible citizens, effective professionals, and technological leaders. Our rapidly changing and increasingly complex world makes it desirable for students to extend their education beyond the boundaries of their particular major. The School of Arts & Sciences provides students in all areas of the University the opportunity to do so through its numerous minor programs.

Faculty Biology Michael Twiss Chair. Professors: Alan Christian, Tom Langen, Thomas Lufkin, Michael Twiss, Ken Wallace; Associate Professors: Damien Samways, Shantanu Sur; Assistant Professors: Susan Bailey, Andrew David, Beatrice Hernout, Ginger Hunter, Petra Kraus, Stefanie Kring, Michelle Yoo; Adjunct Associate Professor: Ali Boolani, Jin Koh; Adjunct Assistant Professor: Deborah Brown; Professor Emeritus: Craig Woodworth Chemistry and Biomolecular Science Silvana Andreescu Chair. Professors: Silvana Andreescu, Egon Matijević Endowed Chair, Evgeny Katz, Milton Kerker Endowed Chair, Devon Shipp; Associate Professors: Daniel Andreescu, Costel Darie, Artem Melman, Galina Melman, James Peploski, Director of Freshman Chemistry, Mario Wriedt, Kodak CAMP Distinguished Professor; Assistant Professors: Ryan Brown, Xiaocun Lu Jingyun Ye; Research Associate Professor: Alisa G. Woods; Emeritus Professors: Richard E. Partch, Phillip A. Christiansen; Distinguished Emeritus Professor: Petr Zuman Communication, Media and Design Jason Schmitt Chair. Professors: Daved Barry Elmer Gates '50 Professor of Innovative Business, Johndan Johnson-Eilola; Jason Schmitt; Associate Professors: Alex Lee, Steven Pedersen; Assistant Professors: Eric York; Visiting Assistant Professors: Colleen Murphy, Instructors:, Kathryn Farr, Danielle Johns,

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Courtney Johnson-Woods, Erika Kissam, Zachary Miller; Emeritus Professors: Stephen Doheny-Farina, William Dennis Horn, Bill Karis Computer Science Christopher Lynch Chair. Professors: Christopher Lynch, Jeanna Matthews, Christino Tamon, Charles E. Thorpe; Associate Professors: Natasha Banerjee, Sanjib Banerjee, Alexis Maciel; Assistant Professors: Soumyabrata Dey; Emeritus Faculty. Professor: James Lynch; Instructor: Jan Searleman

Humanities and Social Sciences Alastair Kocho-Williams Chair. Professors: Stephen Casper, Jonathan Goss, Alastair Kocho-Williams, Sarah Melville, Christopher Robinson ; Associate Professors: Jennifer Ball, Stephen Bird, Ellen C. Caldwell, Laura E. Ettinger, Michael Garcia , JoAnn Rogers ,Annegret Staiger,; Assistant Professors:, Camille Frazier, Claudia Hoffmann, Prashant Hosur Suhas, Matt Manierre, Lisa Propst, Blair Stein, Elizabeth Stein, Elisabeth Wulandari; Emeritus Professors:, David M. Craig, Lewis P. Hinchman, John N. Serio, Bill Vitek, Sheila F. Weiss, Jan Wojcik Mathematics Joseph Skufca Chair. Professors: Kathleen Fowler, Scott Fulton, Joseph Skufca; Associate Professors: Sumona Mondal, Guangming Yao; Assistant Professors: Prashant Athavale, Marko Budisic, Jonathan Martin, Diana White, Bin Xu, Emmanuel Asante-Asamani; Instructors: Christopher Martin, Sara Morrison, Brad Smith; Visiting Assistant Professor: D. Kumudu Arachchi Physics Dipankar Roy Chair. Professors: Daviel ben-Avraham, Dipankar Roy: Associate Professor: Maria Gracheva; Assistant Professors: Dmitriy Melnikov, Michael Ramsdell, Jan Scrimgeour, Joshua Thomas, Dhara Trivedi; Professor Emeritus: M. Lawrence Glasser, Lawrence Schulman. Psychology Andreas Wilke Chair. Associate Professors: Jennifer Knack, Lisa Legault, Andreas Wilke; Assistant Professors: Lauren Petley, Elizabeth Pienkos; Professor Emeritus: Robert Dowman

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BS In Applied Mathematics and Statistics Joseph Skufca, Program Chair jskufca@clarkson.edu Applied mathematics is a problem-solving profession. Mathematical and statistical methods provide the tools for the analysis and solution of real-world problems which can be formulated quantitatively. While all technical fields require a solid foundation in mathematics, students of applied mathematics and statistics dig deeper, developing expertise both in mathematical methods and in the applications areas which interest them. The BS in Applied Mathematics and Statistics is designed for students who wish to develop their mathematical skills and apply them to challenging problems. In addition to gaining a solid and broad education in applied mathematics and statistics, students also choose applications electives in areas of engineering, science, or business that give rise to significant applications of mathematics. The program is sufficiently flexible that students can also complete a minor or double major in another field, such as computer science, physics, biology, or business. Students are encouraged to participate in research projects with faculty, starting as early as their freshman year. Graduates work in industry, business, research laboratories, or government agencies as applied mathematicians, statisticians, and actuaries. Some continue their education in graduate programs in applied mathematics, statistics, or applications areas. The applied math and statistics curriculum is designed so that students learn to:

1. Reason clearly, logically, and analytically; 2. Demonstrate a solid understanding of the core material and a deeper understanding of at

least one area of mathematics; 3. Work effectively with standard mathematical software packages and write mathematical

programs using a high-level computer language; 4. Apply mathematical knowledge to solve real-world, open-ended problems; 5. Read mathematical texts and literature and write mathematical proofs; 6. Communicate effectively, both orally and in writing; and

7. Work effectively both individually and in teams

In addition to the major in Applied Mathematics and Statistics, the Mathematics Department offers separate majors in:

1. Mathematics, with more emphasis on abstract mathematics and proof, including coursework that helps students to prepare for graduate study in math or statistics.

2. Data Science, which combines courses from mathematics, statistics, and computational science to help students develop the interdisciplinary, data-driven skillset needed to tackle real-world problems involving reasoning from vast volumes of data.

A student may not major in both Applied Mathematics and Statistics and either Mathematics or Data Science.

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Program Requirements

Area of study Credits

Mathematics and Statistics* 44

Computer Science (CS 141) 4

Physics (PH 131 and PH 132) 8

Science (BY, CM, or PH) 3

First Year Seminar (FY 100) 1

The Clarkson Seminar (UNIV 190) 3

Knowledge Area/ University Courses 15

Application Electives** 15

Free Electives*** 27

Total 120

*Required courses include MA 131, MA 132, MA 200, MA 211, MA 231, MA 232, MA 339, MA363, MA 377, MA 499, and STAT 383; three courses form the list MA 331, MA 332, STAT 381, STAT 382, STAT 384; plus either MA 451 or MA 453 **Application Electives are chosen from an approved list of courses from other departments; check with the department for details ***Up to 12 credit hours of advanced (300- or 400- level) coursework in Aerospace Studies or Military Science may count toward graduation requirements. Aerospace Studies or Military Science credits at the 100 and 200 levels do not count toward the required 120 hours. Other restrictions may apply; check with the departments for details.

Applied Mathematics & Statistics Sample Curriculum

First Semester Credits Second Semester Credits

MA 131 Calculus I 3 MA 132 Calculus II 3

PH 131 Physics I 4 PH 132 Physics II 4

CS 141 Computer Science I 4 MA 200 Math Modeling & Software 3

UNIV

190

Clarkson Seminar 3 Knowledge Area Couse 3

FY 100 First-Year Seminar 1 Free Elective (CS 142 rec.) 3

Total 15 Total 16

Third Semester Credits Fourth Semester Credits

MA 211 Discrete Math and Proof 3 MA 231 Calculus III 3

MA 232 Differential Equations 3 MA 339 Applied Linear Algebra 3

Science Elective 3 STAT

383

Probability and Statistics 3

Knowledge Area Course 3 Knowledge Area Course 3

Application Elective 3 Application Elective 3

Total 15 Total 15

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Applied Mathematics & Statistics Sample Curriculum

Fifth Semester Credits Sixth Semester Credits

MA 377 Numerical Methods 3 MA 363 Mathematical Modeling 3

MA/ STAT Elective 3 MA/ STAT Elective 3

Free Elective 3 MA 451/

MA 453

Intro to Math Research or

Intro to Math Instruction

2

KA University Course 3 KA/ University Course 3

Application Elective 3 Application Elective 3

Total 15 Total 14

Seventh Semester Credits Eighth Semester Credits

MA/ STAT Elective 3 MA/ STAT Elective 3

Application Elective 3 Free Electives 12

Free Electives 9 MA 499 Professional Experience 0

Total 15 Total 15

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BS In Biology Michael Twiss, Program Chair mtwiss@clarkson.edu Biology is the study of life in all of its unique forms and complexity. Modern biology spans numerous research areas that explore the diversity of life at multiple levels of organization: molecules, cells, organ systems, species, ecosystems, and biosphere. The foundation of the Biology Program is a core curriculum of interactive classroom and laboratory experiences that covers fundamental knowledge in biodiversity, cellular and molecular biology, genetics, microbiology, anatomy, physiology, and ecology. Biology majors typically pursue career paths in biotechnology, ecology and environmental science, or health-related professions. The course curriculum for the Biology Major is designed to realize the following outcomes:

1. Demonstrate proficiency in biology through mastery of the core knowledge of the discipline and specialization in one or more subfields of the life sciences.

2. Acquire scientific skills through inquiry-based laboratories and practical learning experiences that include the opportunity for directed study and thesis research guided by a professor.

3. Develop the ability to think critically and solve problems through exposure to quantitative laboratory- and field-based research, primary research literature, and the history of biological science.

4. Apply appropriate technology, methodology and informational tools that accelerate progress in the workplace such as computer software, bioinformatics, genetic engineering, cell culture, microscopy, etc

5. Master oral and written communication skills essential for work in all fields of biology and the health professions.

6. Develop social skills of interpersonal interaction including an awareness and appreciation of cultural diversity that enhances progress and enriches the pursuit of scientific endeavors

7. Gain strong appreciation of the importance of professional ethical behavior in society and the workplace

8. Convey insight of current issues of bioethical concern ranging from preservation of global biodiversity to the improvement of human health through modern advances in biotechnology

9. Learn about career opportunities in the life sciences in preparation for seeking professional employment after graduation

Upper-level Biology majors choose from a variety of elective courses that build upon fundamental principles and allow students to explore areas of personal interest. We encourage students to complement a program of bioscience courses drawn from research and teaching strengths of the department with relevant courses in other basic sciences, mathematics, engineering, business, and humanities. Students may also take advantage of courses offered through the Associated Colleges Program or the Clarkson Trudeau Biomedical Scholars Program (see below) to broaden their educational experience. The large array of choices in biological sciences can be used to tailor a customized career plan leading to graduate school or a professional degree program. Students interested in a more specialized background may consider interdisciplinary studies in chemistry, biomolecular engineering, mathematics, physics, psychology, environmental engineering, environmental science and policy, and environmental and occupational health.

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Specific course requirements of the Biology Major are listed below, along with a suggested schedule. Students are guided throughout the year with personal advising and mentoring by Biology faculty members. Undergraduate participation in basic or applied research is highly encouraged and available through work in faculty laboratories, the senior thesis, summer research programs, and internships.

Required Courses

BY 140 Biology I: Inheritance, Evolution & Diversity (3 credits)

BY 142 Biology I Laboratory (2 credits)

BY 160 Biology II: Cell and Molecular Biology (3 credits)

BY 162 Biology II Laboratory (2 credits)

BY 214 Genetics (3 credits)

BY 401 Professional Assessment (0 credits)

Each of the following additional requirements must be satisfied:

Biology Electives (21-23 credits)

Lab Electives (4-6 credits)

Math and Computer Science Electives (9 credits)

General and Organic Chemistry Electives (16 - 17 credits)

Physics Electives (8 credits)

Professional Experience (0 credits)

Elective Categories:

1. Biology electives are any course under the “BY” subject area

2. Students must take two BY lab courses (200-level or higher), excluding BY 405 and BY 410

3. Three math, statistics, or computer science courses (100-level or higher), including one calculus course and one statistics course

4. Two courses of general chemistry lecture and lab

5. Two courses of organic chemistry lecture (or equivalent) and at least two credits of organic chemistry lab

6. Two courses of physics lecture and lab

7. Professional experience is one of the following courses: BY 405, BY 410, BY 495, BY 498, BY 499

The following is a typical course sequence for the biology curriculum. Not all students will complete these courses in the outlined order.

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Biology Sample Curriculum

First Semester Credits Second Semester Credits

BY 140 Biology I 3 BY 160 Biology II 3

BY 142 Biology I Lab 2 BY 162 Biology II Lab 2

CM 131 General Chemistry I 4 CM 132 General Chemistry II 4

MA 180 Intro to College 4 MA 181 Basic Calculus 3

UNIV

190

Clarkson Seminar 3 Knowledge Area Elective 3

FY 100 First-Year Seminar 1

Total 17 Total 15

Third Semester Credits Fourth Semester Credits

CM 241 Organic Chemistry I 3 BY 214 Genetics 3

PH 141 Physics for Life Sciences I 4 CM 242 Organic Chemistry II 3

BY Lab Elective PH 142 Physics for Life Sciences II 4

Knowledge Area Elective STAT

318

Biostatistics 4

Total 14-15 Total 14

Fifth Semester Credits Sixth Semester Credits

Biology Electives 6 BY Lab Elective 4-5

Knowledge Area Electives 3 Biology Elective 3

Math or Computer Science

Elective

6 Technology Course 3

Free Elective 3 Free Elective 3

Total 18 Total 13-14

Seventh Semester Credits Eighth Semester Credits

Biology Elective 6 Biology Elective 6

Knowledge Area Elective 3 Knowledge Area Elective 3

Free Elective 3 Free Elective 3

Professional Experience

Elective

1 BY 401 Professional Assignment 0

Total 13 Total 12

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BS In Biomolecular Science Silvana Andreescu, Program Director eandrees@clarkson.edu Science has undergone a remarkable transformation over the last few years, and nowhere has the impact been as dramatic as at the interface between biology and chemistry – the bio-molecular sciences. Recent developments in biotechnology, biofuels, pharmaceuticals, genetic engineering and medicine have been truly astounding and will only continue throughout the 21st century. Few sciences will have an impact on our lives as much as this one, and few offer the opportunities for individuals to make such a broad variety of contributions. Clarkson University’s program in Biomolecular Science is designed to:

1. Provide students with a knowledge base to meet the challenges of professional careers spanning the full range of the chemical and biomolecular sciences

2. Provide an intellectually stimulating environment, including exposure to open-ended problems of the type encountered in industry, graduate school and professional programs in the health sciences

3. Provide an environment that ensures students the opportunities to develop communication skills and professional relationships

This is a truly interdisciplinary program, building on strong foundations in both chemistry and biology, and finishing with capstone courses and labs in biochemistry, molecular biology and biotechnology. Professional and free electives allow students to build specializations and to participate in faculty-directed research, a “trademark” of science education at Clarkson. Careers span the full range of the chemical and biological sciences, with exceptional opportunities in the pharmaceutical and medical industries, in biotechnology and genetic engineering, biofuels, forensics and the health sciences. The program at Clarkson is also excellent preparation for entrance into professional schools in medicine and dentistry, or for the Doctor of Physical Therapy or Physician Assistant programs at Clarkson.

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Required Courses

BY 140 Biology I: Inheritance, Evolution and Diversity (3 credits)

BY 160 Biology II: Cellular and Molecular Biology (3 credits)

BY 162 Biology II Laboratory (2 credits)

BY 214 Genetics (3 credits)

BY 412 Molecular Biology Laboratory (4 credits)

BY 450 Biochemistry I (3 credits)

BY 451 Biochemistry II (3 credits)

BY 470 Biochemistry & Biotechnology Laboratory (3 credits)

CM 103* Structure and Bonding (3 credits)

CM 104* Chemical Equilibrium and Dynamics (3 credits)

CM 105* Chemistry Laboratory I (2 credits)

CM 106* Chemistry Laboratory II (2 credits)

CM 221 Spectroscopy (3 credits)

CM 223 Spectroscopy Laboratory (3 credits)

CM 241 Organic Chemistry I (3 credits)

CM 242 Organic Chemistry II (3 credits)

CM 244 Organic Chemistry Laboratory I (3 credits)

CM 371 Physical Chemistry I (3 credits)

CM 372 Physical Chemistry II (3 credits)

MA 131 Calculus I (3 credits)

MA 132 Calculus II (3 credits)

PH 131 Physics I (4 credits)

PH 132 Physics II (4 credits)

* CM131 and CM132 may be used to satisfy the first year chemistry requirement for

the Biomolecular Science degree.

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Biomolecular Science Sample Curriculum *

First Semester Credits Second Semester Credits

CM 103 Structure and Bonding 3 CM 104 Equilibrium and Dynamics 3

CM 105 Chemistry Lab I 2 CM 106 Chemistry Lab II 2

MA 131 Calculus I 3 MA 132 Calculus II 3

BY 140 Biology I 3 BY 160 Biology II 3

UNIV

190

Clarkson Seminar 3 BY 162 Biology II Lab 2

FY 100 First-Year seminar 1 KA Elective 3

Total 15 Total 16

Third Semester Credits Fourth Semester Credits

CM 221 Spectroscopy 3 CM 242 Organic Chemistry II 3

CM 223 Spectroscopy Lab 3 CM 244 Organic Chemistry Lab 3

CM 241 Organic Chemistry I 3 BY 214 Genetics 3

PH 131 Physics I 4 PH 132 Physics II 4

KA/UC Elective 3 KA/UC Elective 3

Total 16 Total 16

Fifth Semester Credits Sixth Semester Credits

CM 371 Physics Chemistry I 3 CM 372 Physical Chemistry II 3

BY 450 Biochemistry I 3 BY 451 Biochemistry II 3

Statistics 3 Professional Elective 3

Professional Elective 3 Professional Experience 3

Free Elective 3 Free Elective 3

Total 15 Total 15

Thesis

Option

Seventh Semester Credits Eighth Semester Credits

BY 412 Molecular Biology Lab 4 BY 470 Biotechnology Lab 3

KA/UC Elective 3 Professional Elective 3

CM491 Senior Thesis 6 Senior Thesis 6

Free Electives 2

Total 15 Total 12

*Students entering with AP credit or the addition of a minor or a 2nd major will make alternative course choices to meet their needs, therefore the curriculum shown is only an example. The curriculum will be discussed with the student’s advisor before courses are selected for each semester.

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4+1 Plan for Masters of Basic Science (MBS) & Interdisciplinary Bioscience & Biotechnology (IBB-MS)

MS Degree Programs

Objectives Provide academically-strong Clarkson undergraduates a head-start and rapid track to a bioscience M.S. degree. Outcomes 4+1 M.S. Degree Students will:

1. Complete all of the requirements and meet the outcomes of the M.S. graduate program in which they matriculate

2. Complete the M.S. degree after one year of additional classwork beyond the B.S. degree

Program prerequisites: Students will apply in the junior year (5th or 6th semester) at Clarkson University. Program requirements:

1. Either a Clarkson University Biology or Biomolecular Science Major or else another Clarkson University major that has taken the introductory biology core (BY 140, 142, 160, 162) and genetics (BY 214)

2. GPA minimum of 3.25 overall and for Biology courses

3. Likelihood of completing undergraduate degree requirements plus two additional graduate courses during the senior year (7th and 8th semesters)

4. Short essay explaining why the student is motivated to pursue a MS degree

5. Specification of which MS program the student plans to pursue

Program: During the senior year (7th and 8th semesters), a student in the 4+1 MS program will take minimally three-credits (typically one course) graduate-level bioscience coursework each semester (500 or 600 level course with a BY designator). This graduate coursework will not count toward the undergraduate degree; it is in addition to the required 40 credits of BY designated coursework for the undergraduate degree. At the end of the senior year (upon graduation) the student will have completed at least 6 credits of the 30 credits required for a MS degree. If the student has made adequate progress in the graduate coursework (grades B or better), the student will be immediately matriculated into the MS degree program and be granted graduate student status. During the 5th year (9th and 10th semesters), the student will be expected to complete all additional coursework and research/ project requirements of the graduate program (MBS or MS-IBB). This will require 12 credit hours each of the two semesters to complete the degree requirements.

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BS In Chemistry Silvana Andreescu, Program Chair eandrees@clarkson.edu Chemistry is the most central of sciences. It deals with the properties, composition and structure of matter, with the changes that occur in matter and with energy relationships involved in those changes. Chemistry has been at the forefront of virtually all recent advances in materials, medicine and renewable fuels. The chemistry program at Clarkson has been designed to:

1. Provide students with a core knowledge base to meet the challenges of professional careers spanning the full range of the chemical sciences

2. Ensure that students have the opportunity to develop strong professional communication skills

3. Provide a stimulating intellectual environment with exposure to open-ended programs likely to be encountered in industry, graduate schools and professional programs

It is a rigorous degree program and students completing their requirements may receive a degree certified by the American Chemical Society if so desired. At the same time, it has the flexibility to allow students to develop the specialties that best meet their career goals. The small laboratory learning environment provides regular interaction between students and instructors in the laboratory setting, which offers students research experiences as well as ample opportunities to develop communication skills through small group presentations and reports. The chemistry faculty are internationally known for the quality of their research, and undergraduates are encouraged to become involved in research with the faculty and graduate students as early as their freshman year. A major in chemistry provides an excellent foundation for careers in chemical research & development, forensics, product development, toxicology, environmental protection and the health related fields. Pre-health sciences advising programs are available for students interested in medical school or health-care fields. A pre-PT undergraduate concentration is available, preparing students for entry into the Doctor of Physical Therapy degree program. A pre-PA concentration leading to the Masters of Physician Assistant Studies degree program is also available.

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Required Courses

CM 103/ CM 105 * Structure and Bonding with Lab

CM 104/ CM 106 * Equilibrium and Dynamics with Lab

CM 121 Freshmen Seminar

CM 221/ CM 223 Spectroscopy with Lab

CM 241/ CM 242 Organic Chemistry I and II

CM 244 Organic Chemistry Lab

CM 300 Instrumental Lab

CM 312 Inorganic Chemistry

CM 320 Separations and Electrochemistry

CM 345 Advanced Lab

CM 371/ CM 372 Physical Chemistry I and II

PH 131/ PH 132 Physics I and II

MA 131/ MA 132 Calculus I and II

MA 232 Differential Equations

* CM131 and CM132 may be used to satisfy the first year chemistry

requirement for the Chemistry BS degree.

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Chemistry Sample Curriculum

First Semester Credits Second Semester Credits

CM

103

Structure and Bonding 3 CM 104 Equilibrium and Dynamics 3

CM

105

Chemistry Lab I 2 CM 106 Chemistry Lab II 2

MA

131

Calculus I 3 MA 132 Calculus II 3

EV 100 Intro to Environmental

Sci

1

PH 131 Physics I 4

UNIV

190

Clarkson Seminar 3 CM 121 Freshmen Seminar 1

FY 100 First-Year Seminar 1 KA Elective 3

Total 13 Total 16

Third Semester Credits Fourth Semester Credits

CM

221

Spectroscopy 3 CM 242 Organic Chemistry II 3

CM

223

Spectroscopy Lab 3 CM 244 Organic Chemistry Lab 3

CM

241

Organic Chemistry I 3 KA/UC Elective 3

MA

232

Differential Equations 3 PH132 Physics II 4

KA/UC Electives 3 Statistics Elective 3

Total 15 Total 16

Fifth Semester Credits Sixth Semester Credits

CM

345

Advanced Laboratory 4 CM

300

Instrumental Laboratory 3

CM

371

Physical Chemistry I 3 CM

312

Survey of Inorganic

Chemistry

3

CM

320

Separations and

Electrochemistry

3 CM

372

Physical Chemistry II 3

Professional Experience 3 KA/UC Elective 3

Free Elective 3 Biology Courses 3

Total 16 Total 15

Seventh Semester Credits Eighth Semester Credits

KA/UC Elective 3 Free Electives 14

Free Electives 12

Total 15 Total

14

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Thesis Option

Seventh Semester Credits Eighth Semester Credits

CM

491

Undergraduate Thesis 6 CM

492

Undergraduate Thesis 6

KA/UC Elective 3 Free Electives 8

Free Electives 6

Total 12 Total 14

*Students entering with AP credit or the addition of a minor or a 2nd major will make alternative course choices to meet their needs, therefore the curriculum shown is only an example. The curriculum will be discussed with the student’s advisor before courses are selected for each semester. Those students wishing to satisfy the requirements for an American Chemical Society-accredited BS degree will need at least six credit hours in advanced chemistry electives, including Biochem I, and at least one credit hour of an elective chemistry laboratory course. Directed research can count for only three such credits.

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BS In Communication Jason Schmitt, Chair jschmitt@clarkson.edu Clarkson’s Communication degree integrates communication, design and technology. Students develop a repertoire of communication skills and a solid understanding of communication theory and practice. Together these prepare students to pursue professional careers or graduate programs in this dynamic field. Starting with a set of six required courses, students develop abilities which are the foundation of any successful 21st century career in communication: writing, speaking, graphic design, media design, and teamwork and communication theory. Students then enhance and deepen these abilities through six additional communication courses, which can be focused in areas like new media, UX Design, video production, or online content creation. Students may select specific courses or, in conjunction with Communication, Media and Design faculty, create independent study projects to further personal and professional interests. Our faculty takes advantage of Clarkson’s technological environment to provide instruction in writing, speaking, graphic design, digital video, digital audio, web design, information design, usability testing, public relations, environmental communication, and social media. Students work with our faculty in experiential learning projects, ongoing research activities, and regular classes to learn, design and experiment with the latest communication practices. The Communications program at Clarkson has been designed to:

1. Develop a student’s informative and persuasive communication skills 2. Develop a student’s competencies in digital communication technologies 3. Develop a student’s ability to work effectively and ethically in the professional workplace 4. Develop a student’s ability to critically analyze language and media use in society and the

workplace Requirements for BS in Communication Communication majors must take:

1. Six required COMM courses: a. COMM 210 Rhetoric for Business, Science, and Engineering b. COMM 217 Introduction to Public Speaking c. COMM 300 professional communication course d. COMM 400 chosen from lists maintained by the Communication, Media & Design

Department e. COMM 490 Communication Internship f. COMM 499 Senior Project Six other elective COMM courses, such as: a. COMM 100 2D Digital Design b. COMM 219 Intro to Social Media c. COMM 229 Principles of User-Experience Design d. COMM 310 Mass Media & Society e. COMM 327 Digital Video 1 f. COMM 322 Typography & Design

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g. COMM 329 Front-End Development for the Web h. COMM 360 Sound Design

2. Substantial exposure to mathematics, science, technology, computing, and liberal arts. 3. 15 credit hours in an external field (e.g. computer science, digital arts, history, business,

information technology, psychology) which often provides them with a secondary field for further personal or professional development.

Students can use the remaining credits required for graduation to pursue individual interests or career goals. COMM 490 (internship) serves as a bridge to industry or to advanced study in the field. Students complete their internship by doing professional communication work for offices on campus or for off-campus businesses and organizations. COMM 499 (professional experience) requires students to plan and complete a complex, large communication project over the course of a full semester with ongoing feedback from peers and faculty. The course culminates in an exhibition during commencement week. Students may earn a double major by fulfilling the requirements for the BS in Communication and another discipline at Clarkson, often without overload coursework. Students pursuing other majors may acquire a minor in Communication. Along with meeting the requirements of the Clarkson Common Experience, Communication majors must fulfill the following requirements:

1. Communication requirements (36 credit hours) 2. General requirements (26 credit hours) 3. Mathematics courses (including STAT 282) 4. Science courses (including lab courses) 5. Computer courses, additional Math, Science, or Computer Science courses 6. FY 100, First-year seminar 7. External field (15 credit hours):

Five courses to be chosen in consultation with advisor in a subject area outside the Communication major

Students choose the remaining hours to fulfill remaining Knowledge Areas, to take additional Communication courses, or additional liberal arts, engineering, business, or science courses; to pursue another external field; to transfer credit from junior and community colleges; to double major; or to design individual areas of study. The Communication program is designed to be flexible. In most cases, students work closely with faculty to arrange an appropriate sequence of courses. The following eight-semester plan is typical only in that it indicates students should take the general requirements before pursuing the external field requirement. Since all courses are not offered each semester, and since some courses in the external field may have prerequisites, students should seek guidance from the Communication, Media & Design department in planning their academic programs.

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Communication Sample Curriculum

First Semester Credits Second Semester Credits

COMM

210

Rhetoric for Business,

Science, and Engineering

3 COMM

217

Introduction to Public

Speaking

3

UNIV

190

The Clarkson Seminar 3 STAT

282

General Statistics 3

MA 180 Intro to college math 4 BY 115 Science Elective 3

BY

110/112

Science Elective with lab 4 COMM Elective 3

FY 100 First-Year Seminar 1 Elective 3

COMM Elective 3

Total 18 Total 15

Third Semester Credits Fourth Semester Credits

COMM Elective 3 COMM

3xx

From CM&D List 3

COMM Elective 3 COMM Elective 3

External Field Class 3 External Field 3

Computer Course (TECH) 3 Computer Elective 3

Elective 3 Elective 3

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

COMM Elective 3 COMM Elective 3

MA/SC/Computing Elective 3 Elective 3

Elective 3 External Field 3

External Field Class 3 Computer Elective 3

Elective 3 Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

COMM

4xx

From CM&D List 3 Free Electives/COMM

Electives

9

COMM

490

Communication Internship 3 COMM

499

Senior Project 3

External Field Class 3

Electives 6

Total 15 Total 12

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BS In Computer Science Christopher A. Lynch, Program Chair clynch@clarkson.edu Computer technology plays a critical role in virtually every business and institution. It is an essential tool in every branch of science and engineering. Many forms of arts and entertainment are centered on computer technology. Computer scientists are professionals who understand the technology and have the skills to develop and apply it. Many computer scientists work as software developers who design, implement, test and maintain computer software. They can also work as information technology specialists who deploy and manage information technology, including computer systems, computer networks, database systems and web technology. Some are researchers who invent new technology or study its theoretical foundations.

The Computer Science major is organized into four options. The General option is the most flexible. It allows students to tailor their program of study to a wide variety of professional and personal goals. The other three options prepare students for the specific career paths mentioned above: Software Design and Development, Information Technology and Research. The requirements of the General option are shown below. The first five semesters of the sample schedule shown below are common to all options of the CS major. The Computer Science major is designed so that by the time they graduate, students should be able to:

1. Demonstrate a solid understanding of the core concepts of computer science and some advanced topics in computer science;

2. Reason clearly and analytically about software and computing systems; 3. Work effectively with a variety of programming languages, software tools, and computing

environments; 4. Solve substantial real-world problems; 5. Communicate effectively orally and in writing; 6. Work effectively in teams; and

7. Use computer science literature and other similar resources for independent study or to research the solution to a computing problem

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In addition to the general undergraduate requirements, students majoring in Computer Science must complete the following:

Required Courses

CS 141* Introduction to Computer Science I (4 credits)

CS 142* Introduction to Computer Science II (3 credits)

CS 241* Computer Organization (3 credits)

CS 242* Advanced Programming Concepts in Java (3 credits)

CS 341 Programming Languages (3 credits)

CS 344 Algorithms and Data Structures (3 credits)

CS 345 Automate Theory and Formal Languages (3 credits)

CS 350 Software Design & Developments (3 credits)

CS 444 Operating Systems (3 credits)

CS 499 Professional Experience (0 credits)

MA 131 Calculus I (3 credits)

MA 132 Calculus II (3 credits)

MA 211 Discrete Mathematics and Proof (3 credits)

MA 339 OR

MA 239

Applied Linear Algebra (3 credits)

Elementary Linear Algebra (3 credits)

STAT 383 OR

MA 381

Probability and Statistics (3 credits)

Probability (3 credits)

Science Electives One 2-course lecture/ lab sequence in CM or PH, plus 4 additional credits

in CM, PH, or BY (12 credits)

CS Electives I Three advanced CS courses** (9 credits)

CS Electives II Two advanced courses in CS or related disciplines** (6 credits)

*Or equivalent **Chosen from a list maintained by the department. Up to 12 credit hours of advanced (300- or 400- level) coursework in Aerospace Studies or Military Science may count toward graduation requirements. Aerospace Studies or Military Science credits at the 100 and 200 levels do not count toward the required 120 hours. Other restrictions may apply; check with the department for details.

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The following is a typical course sequence for the computer science curriculum. Not all students will complete these courses in the outlined order.

Computer Science Sample Curriculum

First Semester Credits Second Semester Credits

CS 141 Intro to Comp Sci I 4 CS 142 Intro to Comp Sci II 3

MA 131 Calculus I 3 MA 132 Calculus II 3

Science Sequence Course I 4 Science Sequence Course II 4

UNIV

190

The Clarkson Seminar 3 Knowledge Area Course 3

FY 100 First-Year Seminar 1 Free Elective 3

Total 15 Total 16

Third Semester Credits Fourth Semester Credits

CS 242 Advanced Programming

Concepts

3 CS 241 Computer Organization 3

CS 341 Programming Languages 3 CS 344 Algorithms and Data

Structures

3

MA 211 Discrete Math and Proof 3 MA 339 Applied Linear Algebra 3

Science Elective 4 Knowledge Area Course 3

Knowledge Area Course 3 Free Elective 3

Total 16 Total 15

Fifth Semester Credits Sixth Semester Credits

CS 345 Automata Theory 3 CS 444 Operating Systems 3

CS 350 Software Design and

Development

3 STAT

383

Probability and Statistics 3

Knowledge Area Course 3 CS Elective 3

Free Elective 3 Knowledge Area Course 3

Free Elective 3 Free Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

CS Electives 6 CS Electives 6

Free Electives 9 Free Electives 9

CS 499 Professional Experience 0

Total 15 Total 15

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BS In Data Science Joseph Skufca, Program Chair jskufca@clarkson.edu Across business, industry, government, and nearly all scientific efforts, the explosion of data and data collection drives a growing need to manage, analyze, and extract insight and knowledge from the data produced. Not only must scientists and engineers grapple with Political Science vast volumes of data, but throughout business and industry, from entry-level technician to executive, the ability to reason effectively using data continues to grow in importance. The skillset required to excel in that environment lies at the intersection of mathematics, statistics, and computational science. The emerging discipline of Data Science addresses that interdisciplinary space, and the National Academy of Science, Engineering, and Medicine (NASEM) has identified this discipline as a critical enabler for tackling many real-world problems.

The BS in Data Science provides students the opportunity to develop an interdisciplinary, data-focused skillset and then apply those skills to real-world challenges. The program provides strong preparation in critical aspects of working with data by thorough grounding in mathematics and statistics and the foundations of computer science as related to data and data processing. The program provides an early focus on foundational competencies across the spectrum of the science of data. Once that baseline is established, students are expected to apply those skills in specific domains of interest to them, with a significant component of the curriculum based on team projects and experiential learning. The data science curriculum prepares students to:

1. Apply analytic thinking and quantitative reasoning skills to relevant problems; 2. Demonstrate the ability to communicate technical results with clarity and precision; 3. Understand a number of computer programming constructs and develop the ability to quickly

assimilate the skills required to use new and emerging programming languages; 4. Solve real-world, open-ended problems; 5. Explore at least one area of application-specific domain knowledge; 6. Work effectively both individually and in teams; 7. Understand the ethical implications of data-driven methods in the modern, data-enabled

society

In addition to the major in Data Science, the Mathematics Department offers separate majors in:

1. Mathematics, with more emphasis on abstract mathematics and proof, including coursework that helps students to prepare for graduate study in math or statistics.

2. Applied Mathematics and Statistics, which provides a broader range of courses applicable to many business, engineering, and industrial math applications.

A student may not major in both Data Science and either Applied Mathematics and Statistics or Mathematics.

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The courses from these other majors are available to the Data Science major. Interested students can leverage these other offerings to prepare themselves across the full spectrum of opportunities in the mathematical sciences.

Required Courses

Mathematics and Statistics* (35 credits)

Data Science (DS 241, DS 392) (6 credits)

Computer Science (CS 141, CS 142, CS 344, CS 449) (13 credits)

Science** (BY, CM or PH) (8 credits)

Information Systems (IS 314, IS 415, IS 426) (9 credits)

First-Year Seminar (FY 100) (1 credit)

The Clarkson Seminar (UNIV 190) (3 credits)

Knowledge Area/ University Courses (15 credits)

Application Electives*** (6 credits)

Free Electives**** (24 credits)

*Required courses are: MA 131, MA 132, MA 200, MA 211, MA 231, MA 339, MA 499, and STAT 381, STAT 382, STAT 383, STAT 384, STAT 385, STAT 488 (2 credits). **Science requirements must include at least two courses with labs ***Application Electives are course from outside the MA, STAT, CS, and IS course designations that provide depth of knowledge in some domain. Students must take two 3-credit courses at the 200 level or higher, both from the same subject area, with the particular pairing approved by the Mathematics Department. ****Up to 12 credit hours of advanced (300- or 400- level) coursework in Aerospace Studies or Military Science may count toward graduation requirements. Aerospace Studies or Military Science credits at the 100 and 200 levels do not count toward the required 120 hours. Other restrictions may apply; check with the Mathematics Department for details.

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Data Science Sample Curriculum

First Semester Credits Second Semester Credits

CS 141 Intro to Comp Sci I

4 CS 142 Intro to Comp Sci II 3

MA 131 Calculus I 3 MA

132

Calculus II 3

UNIV 190 Clarkson Seminar 3 MA

200

Math Modelling and

Software

3

FY 100 First-Year Seminar 1 Knowledge Area Course 3

Science Elective 4 Science Elective 4

Total 15 Total 16

Third Semester Credits Fourth Semester Credits

DS 241 Intro to Data Science 3 CS 344 Algorithm and Data

Structure

3

IS 314 Database Design and

Management

3 IS 415 Data Warehousing for

Analytics

3

MA 211 Discrete Math and Proof 3 MA

231

Calculus III 3

STAT 383 Probability and Statistics 3 MA

339

Applied Linear Algebra 3

Knowledge Area Course 3 Knowledge Area Course 3

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

CS 449 Computational Learning 3 DS 392 Ethics of Data Analytics 3

IS 426 Big Data Architecture 3 STAT

382

Mathematical Statistics* 3

STAT 381 Probability 3 Knowledge Area/

University Courses

3

Knowledge Area/

University Course

3 Free Electives 6

Free Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

MA 499 Professional Experience 0 STAT

384

Advanced Applied

Statistics

3

STAT 385 Bayesian Data Analysis 3 STAT

488

Statistics Projects 2

Application Elective 3 Application Electives 3

Free Electives 9 Free Electives 6

Total 15 Total 14

*STAT 382 and STAT 384 are offered alternating years; third and fourth year students take whichever course is offered during that particular semester.

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BS In Digital Arts and Sciences Steven Pedersen, Director, Digital Arts and Sciences spederse@clarkson.edu Embracing the possibilities offered by new and emerging digital technologies, the BS degree in Digital Arts & Sciences (DA&S) prepares students for the growing number of career opportunities that require creative engagement as well as high degrees of technical proficiency and understanding. DA&S takes a holistic and multidisciplinary approach that allows students to critically and creatively navigate the intersections of art and science. Possible career paths span a wide range of fields, including video game design and production; film, animation, and motion graphics; application design and development; computational science research (scientific visualization and simulation); interactive display systems; immersive experience design, and new media art.

Students take advantage of programs in digital art, math, computer science and communication, media and design. The program’s objective is to combine artistic and scientific skills and interests to develop creative talent with a strong technical foundation. The curriculum for the Digital Arts and Sciences Major is designed to achieve the following outcomes:

1. Develop a strong interdisciplinary foundation in the digital arts, mathematics, and computer science fields;

2. Specialize in one or more areas of advanced study in the program; 3. Acquire artistic and scientific skills through project-based assignments that include the

opportunity for directed study and thesis projects guided by a professor; 4. Experience working in a collaborative, team-based atmosphere for large-scale projects that are

designed to emulate the real-world situations and problems; 5. Learn how to utilize technological, traditional and experimental methods of creative and

analytical problem-solving; 6. Master oral, visual, and written communication skills essential for work in all fields of the arts

and sciences; 7. Learn about career opportunities in the arts and sciences in preparation for seeking

professional employment or advanced academic study after graduation; 8. Create a portfolio of artistic and scientific research which demonstrates the knowledge gained

as a student in the program

DA&S students benefit from small classes and personal attention. The DA&S major is strengthened by Clarkson's technology-rich environment. Students have access to state-of-the-art facilities and experiences such as:

1. Eastman Kodak Center for Excellence in Communication Usability Testing Laboratory

2. Virtual Reality Discovery Laboratory 3. 360 Immersive Video Dome 4. Clarkson Open Source Institute

5. Industry-standard Applications for Media Art & Interactivity

6. Digital Arts Visualization Lab

7. Digital Arts Experimental Studio

8. Digital Video and Audio Production Equipment

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9. 2D & 3D Printing Technology

10. Audio Production Studio Motion Capture Equipment

11. Field Trips to International Digital Arts Festivals, Conferences and Companies

DA&S students develop their research and creative abilities through an extensive portfolio development process spanning multiple semesters. The culminating project, a digital art portfolio, requires each DA&S student to demonstrate his or her creative ability and technical prowess in a variety of media choices, using a wide range of digital tools. The portfolio will tangibly demonstrate a student’s skills and potential, and will prove to be a key first-step in leading to job opportunities and/or entry to graduate school. In addition to the general undergraduate requirements (see below*), students majoring in Digital Arts & Sciences must complete the following:

Required Courses

DA 100 Introduction to Digital Art: Time and Image (3 credits)

DA 110 Drawing (3 credits)

DA 120 Element of Design (3 credits)

DA 140 Introduction to Digital Art: Form & Code (3 credits)

DA 212 Art in Context (3 credits)

2 x DA 2xx level or higher DA Electives (6 credits)

2 x DA 3xx level or higher DA Electives (6 credits)

DA 491 Professional Practice (3 credits)

DA 492 Senior Studies (3 credits)

CS 141 (TECH) Intro to Computer Science I (4 credits)

CS 142 Intro to Computer Science II (3 credits)

CS 242 Advanced Programming Concepts in Java (3 credits)

MA 131 Calculus I (3 credits)

MA 230 3D Space and Projective Geometry (3 credits)

MA 239 Linear Algebra (3 credits)

MA 277 Elementary Numerical Methods (3 credits)

3 x MA/CS Electives (9 credits)

General Undergraduate Requirements

STAT 282/ 381/ 383 Probability and Statistics (3 credits)

PH 131/ 141 Science course with lab PH 131/ 141 required (4 credits)

NAT SCI Science Course (3 credits)

Electives Free Electives* (42 credits)

UNIV 190 The Clarkson Seminar (3 credits)

FY 100 First Year Seminar (1 credit)

*Free electives will cover Knowledge Area courses as needed. Students must also meet the Common Experience requirements for communication points and a technology course, though it is anticipated that the required courses will satisfy these. MA 231 Calculus III satisfies the MA 230 requirement for double majors or changes of major.

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Digital Arts and Sciences Sample Curriculum

First Semester Credits Second Semester Credits

DA 110 Drawing 3 DA 100 Intro to Digital Art 3

DA 120 Elements of Design 3 DA 140 Intro to Digital Art: Form and

Code

3

MA 131 Calculus I 3 MA/CS MA/CS Elective 3

UNIV

190

The Clarkson Seminar 3 PH131/141 Physics I 4

FY 100 First Year Seminar 1 Elective 3

Total 13 Total 16

Third Semester Credits Fourth Semester Credits

CS 141 Intro to Comp Sci I 4 MA 239 Elementary Liner Algebra

3

DA 212 Art in Context 3 DA 2xx 200 Level DA course or above 3

DA 2xx 200 level DA course or

above

3 MA 230

3D Space & Projective

Geometry

3

MA/CS MA/CS Elective

3 Nat Sci Natural Science no Lab

required

3

Elective 3 Elective 3

Total 16 Total 15

Fifth Semester Credits Sixth Semester Credits

CS 142 Intro to Comp. Sci II

3 Da 3XX 300 level DA course or above 3

DA 3xx 300 level DA course or above 3 MA/CS MS/CS Elective

3

MA 277 Elementary Numerical

Methods

3 STAT

282

General STAT

3

Elective 3 Elective 3

Elective 3 Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

DA 491 Professional Experience 3 DA 492 Senior Studies 3

CS 242

Advanced Java

3 Elective 3

Elective 3 Elective 3

Elective 3 Elective 3

Elective 3 Elective 3

Total 15 Total 15

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BS In History Alastair Kocho-Williams, Program Chair akochowi@clarkson.edu History examines human experience, confronting students with facets of human life in the past and in the present. The history major at Clarkson provides students with the opportunity to learn about lives, times, and places distant from their own, and it provides them with the tools to think about them critically. Students majoring in History will:

1. Appreciate history as an interpretive discipline

2. Have a broad understanding of history

3. Demonstrate mastery of appropriate research methodologies in history by producing a capstone research paper

4. Gain expertise in using technology to explore historical problems

History majors work closely with their advisors to develop a coherent program of study. In addition to courses in American History and Gender & Sexuality studies, students have the unique opportunity to develop areas of expertise generally unavailable at liberal arts colleges, by taking sets of history courses focused on Science, Medicine, Technology, and Society; War Studies; and the Ancient, Medieval and Renaissance World. Through their History major at Clarkson, students will also gain the ability to:

1. Write clearly and persuasively

2. Speak effectively in a group setting

3. Think critically

4. Understand and analyze complex problems

5. Examine and interpret evidence

6. Organize and synthesize large amounts of information

7. Approach current issues with historical perspective

Requirements for BS in History 120 credit hours, including:

1. 1 credit Introduction to the Liberal Arts pre-seminar

2. 9 courses in history, including: 3. 6 courses at the 300-level or above

4. 1 course in pre-modern history

5. 1 course in modern history

6. Humanities/ Social Sciences Research Seminar

7. 5 courses in a pre-professional external field

8. Fulfillment of the requirements of the Clarkson Common Experience

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Students majoring in History are required to take at least five courses in a pre-professional external field, such as pre-law, pre-med, pre-physical therapy, business or communications and media. This concentration provides students with opportunities to increase career choices while at the same time exploring a wide variety of interests through their major. Finally, history majors will be encouraged to:

1. Study abroad. Students who study abroad should take at least one course in the history of their host country

2. Do historical internships, for example, at local historical museums

Courses taken to fulfill requirements for a Humanities/ Social Sciences Major cannot be used to fulfill requirements for a Humanities and Social Sciences minor.

History Sample Curriculum

First Semester Credits Second Semester Credits

HSS 120 Introduction to Liberal Arts 1 STAT

282

Statistics 3

UNIV

190

The Clarkson Seminar 3 History Major Course 3

FY 100 First Year Seminar 1 Science Requirement 3

Math Requirement 4 Knowledge Area Course 3

History Course 200 Level 3 Pre-professional

concentration or free elective

3

Free Elective 3

Total 15 Total 15

Third Semester Credits Fourth Semester Credits

History Major Course 3 History Major Course 3

Knowledge Area Course 3 Knowledge Area Course 3

Pre-professional

concentration

3 Pre-professional

concentration

3

Science Requirement 4 Free Elective 3

Free Elective 3 Free Elective 3

Total 16 Total 15

Fifth Semester Credits Sixth Semester Credits

History Major Course 3 History Major Course 3

History Major Course /

Free Elective

3 History Major Course/ Free

Elective

3

Knowledge Area/

University Course

3 Knowledge Area/ University

Course

3

Pre-professional

concentration

3 Pre- professional

concentration

3

Free Elective/ Technology

Serving Humanity Course

3 Free Elective/ Technology

Serving Humanity Course

3

Total 15 Total 15

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Seventh Semester Credits Eighth Semester Credits

HSS Research Seminar

(C2) / History Major

Course

3 HSS Research Seminar (C2) /

History Major Course

3

Pre-professional

concentration / Free

Elective

3 Free Elective 3

Knowledge Area /

University Course

3 Free Elective 3

Free Elective 3 Free Elective 3

Free Elective 3 Free Elective 3

Total 15 Total 15

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BS In Literature, Interdisciplinary Liberal Studies, and Interdisciplinary Social Sciences Alastair Kocho-Williams, Program Chair akochowi@clarkson.edu Clarkson offers interdisciplinary Bachelor of Science degrees in Literature, Social Sciences and Liberal Studies. Students can also minor in these areas, as well as in interdisciplinary thematic areas. The Humanities, Interdisciplinary Social Sciences and Interdisciplinary Liberal Studies programs challenge students to think critically and incisively about ideas, people, society and the human condition. Students learn about, think about, and come to understand the issues and problems of the contemporary world and of the past. They learn about the diversity and the complexity of social life, past and present. They learn how the human condition and human experience have been captured in literature and art. And they learn the ways in which people have sought to understand their lives through philosophical inquiry. These degree programs offer a great deal of flexibility, allowing a student substantial elective choice. Each student works closely with an advisor to select both major and elective courses that meet his or her educational and career goals. Students minoring in the department also choose the courses in their programs in consultation with their advisors. Courses in the Interdisciplinary Social Sciences, Humanities or Liberal Studies majors at Clarkson offer students intellectually challenging opportunities to help them:

1. Gain critical perspectives on themselves and the world

2. Understand the complexities of open-ended human problems

3. Achieve awareness of cultural and social diversity

4. Assess the ethical and social implications of science, technology, and business

5. Engage in and appreciate the creative process

Through their Interdisciplinary Social Science, Humanities or Liberal Studies major at Clarkson, students will also gain the ability to:

1. Write clearly and persuasively

2. Speak effectively in a group setting

3. Think critically

4. Understand and analyze complex problems

5. Examine and interpret evidence

6. Organize and synthesize large amounts of information

Requirements for BS A total of 120 credit hours, comprising:

1. 1 credit introduction to the Liberal Arts pre-seminar

2. 8 courses with an appropriate topical or thematic focus

3. The Humanities/ Social Sciences Research Seminar

4. 5 courses in a pre-professional external field

5. Fulfillment of the requirements of the Clarkson Common Experience

Students majoring in interdisciplinary Social Science, Humanities or Liberal Studies at Clarkson are required to take at least five courses in a pre-professional external field, such as pre-law, pre-med,

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pre-physical therapy, business, or communications and media. This pre-professional concentration provides students with opportunities to increase career choices, while at the same time exploring a wide variety of interests through their major. Courses taken to fulfill requirements for a Humanities/ Social Sciences Major cannot be used to fulfill requirements for a Humanities and Social Sciences Minor.

Humanities, Interdisciplinary Liberal Studies and Social Sciences Sample Curriculum

First Semester Credits Second Semester Credits

HSS

120

Introduction to Liberal

Arts

1 STAT

282

Statistics 3

UNIV

190

The Clarkson Seminar 3 Pre-Professional

Concentration/ Free

Elective

3

FY 100 First-Year Seminar 1 Science Requirement 3

Math Requirement 4 Knowledge Area Course 3

Major Course* 3 Major Course* 3

Free Elective 3

Total 15 Total 15

Third Semester Credits Fourth Semester Credits

Major Course* 3 Major Course* 3

Knowledge Area Course 3 Knowledge Area Course 3

Pre-professional

concentration

3 Pre-professional

concentration

3

Free Elective 3 Free Elective 3

Science Requirement 4 Free Elective 3

Total 16 Total 15

Fifth Semester Credits Sixth Semester Credits

Major Course* 3 Major Course* or Free

Elective

6

Major Course*/ Free

Elective

3 Knowledge Area/ University

Course

3

Knowledge Area/

University Course

3 Pre-professional

concentration

3

Pre-professional

concentration

3 Free Elective/ Common

Experience Technology

Serving Humanity Course

3

Free Elective/ Common

Experience Technology

Serving Humanity Course

3

Total 15 Total 15

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Seventh Semester Credits Eighth Semester Credits

HSS Research Seminar

(C2) / Major Course*

3 HSS Research Seminar (C2)

or Major Course*

3

Pre-Professional

Concentration / Free

Elective

3 Free Electives 12

Knowledge Area /

University Course

3

Free Elective 6

Total 15 Total 15

*Major courses are those designated Anthropology, Film, History, Literature, Philosophy, Political Science, Social Sciences, Science Technology and Society Sociology.

Concentration in Gender and Sexuality Studies The Concentration in Gender & Sexuality studies is a curricular option available within either the BS in Interdisciplinary Social Sciences or the BS in Interdisciplinary Liberal Studies degree programs. To complete this concentration, all students must:

1. Satisfy the requirements for the BS in Interdisciplinary Social Sciences or the BS in Interdisciplinary Liberal Studies degree programs (10 courses in the major – One introduction to Liberal Arts, one Major Research Seminar, and eight content courses)

2. Take 15 credit hours (five courses) in Gender and Sexuality Studies, structured as follows: 3. Students must take SS 220, Introduction to Gender, or SS 221, Introduction to Sexuality,

as well as four courses from an approved list of Gender and Sexuality Studies courses maintained by the Humanities and Social Sciences department.

4. Three of the five Gender and Sexuality Studies courses may be used to substitute for three of the required content courses in the major. The other two Gender and Sexuality Studies courses may be used to satisfy undesignated electives.

Students who complete the Gender and Sexuality Studies Concentration will have this noted on their transcripts.

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BS In Mathematics Joseph Skufca, Program Chair jskufca@clarkson.edu Mathematics is the study of numbers, functions, geometrical forms, and abstract logical structures and their associated relationships. In addition to providing an essential foundation for scientific and technical fields, mathematics is studied both for its own intellectual appeal and challenge and for its application to real-life problems. Students of mathematics also develop critical thinking and analytical skills useful for a wide variety of careers.

The mathematics program at Clarkson is rigorous and demanding, yet flexible enough to allow students to sample many disciplines or focus on a special interest. Many mathematics students also complete a minor or double major in a field such as computer science, physics, biology, or business. Students are encouraged to participate in research projects with faculty, starting as early as their freshman year. Graduates work in industry, business, or government agencies as mathematicians, statisticians, and actuaries. Many continue their education in graduate programs in mathematics or related fields; some become mathematics teachers or professors. The mathematics curriculum is designed so that students learn to:

1. Research clearly, logically, and analytically

2. Demonstrate a solid understanding of the core material and a deeper understanding of at least one area of mathematics

3. Work effectively with standard mathematical software packages and write mathematical programs using a high level computer language

4. Apply mathematical knowledge to solve real-world, open ended problems

5. Read mathematical texts and literature and write mathematical proofs

6. Communicate effectively, both orally and in writing

7. Work effectively both individually and in teams

The mathematics major has two options. The mathematics option (detailed below) is designed for students with a general interest in mathematics and is excellent preparation for graduate school. The statistics option replaces some mathematics courses in the junior and senior years with statistics courses, and is designed to prepare students for careers as statisticians or actuaries. In addition to the major in Mathematics, the Mathematics Department offers separate majors in:

1. Applied Mathematics and Statistics, which provides a broader range of courses applicable to many business, engineering, and industrial math applications.

2. Data Science, which combines courses from mathematics, statistics, and computational science to help students develop the interdisciplinary, data-driven skillset needed to tackle real-world problems involving reasoning from vast volumes of data.

A student may not major in both Mathematics and either Applied Mathematics and Statistics or Data Science.

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Required Courses

Mathematics and Statistics* (44 credits)

Computer Science (CS 141) (4 credits)

Physics (PH 131, and PH 132) (8 credits)

Science (BY, CM, or PH) (3 credits)

First-Year Seminar (FY 100) (1 credit)

The Clarkson Seminar (UNIV 190) (3 credits)

Knowledge Area/ University Courses (15 credits)

Free Electives** (42 credits)

*Required courses are: MA131, MA132, MA200, MA211, MA231, MA232, MA321, MA339, MA499, and STAT383, plus either MA451 or MA453. A student must also complete either the Math Option, which requires two of MA_311, MA_313, MA_314, and MA_322, or the Statistics Option, which requires STAT_381, STAT_382, STAT_384, and STAT_488 ** Up to 12 credit hours of advanced (300- or 400-level) coursework in Aerospace Studies or Military Science may count toward graduation requirements. Aerospace Studies or Military Science credits at the 100 and 200 levels do not count toward the required 120 hours. Other restrictions may apply; check with the department for details. The following is the curriculum for the Mathematics major with the Math Option; with the Statistics Option some courses in the last four semesters will be different than shown here.

Mathematics Sample Curriculum

First Semester Credits Second Semester Credits

MA 131 Calculus I 3 MA 132 Calculus 3

PH 131 Physics I 4 PH 132 Physics II 4

CS 141 Computer Science I 4 MA 200 Math Modelling &

Software

3

UNIV 190 The Clarkson Seminar 3 Knowledge Area Course 3

FY 100 First-Year Seminar 1 Free Elective 3

Total 15 Total 16

Third Semester Credits Fourth Semester Credits

MA 211 Discrete Math and Proof 3 MA 231 Calculus III 3

MA 232 Differential Equations 3 MA 339 Applied Linear Algebra 3

Science Elective 3 STAT 383 Probability and Statistics 3

Knowledge Area Course 3 Knowledge Area Course 3

Free Elective 3 Free Elective 3

Total 15 Total 15

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Fifth Semester Credits Sixth Semester Credits

MA 311/

MA 313

Abstract Algebra/

Abstract Linear Algebra

3 MA 322/

MA 314

Advanced Calculus II/

Number Theory

3

MA 321 Advanced Calculus I 3 MA 451/

MA 453

Intro To Math Research/

Intro to Math Instruction

2

Knowledge Area/

University Course

3 MA/ STAT Elective 3

Free Elective 3 Knowledge Area/

University Course

3

Free Elective 3 Free Elective 3

Total 15 Total 14

Seventh Semester Credits Eighth Semester Credits

MA 499 Professional Experience 0 MA/ STAT Elective 3

MA/ STAT Elective 3 Free Electives 12

Free Electives 12

Total 15 Total 15

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BS In Physics Dipankar Roy, Program Chair droy@clarkson.edu Physics, the most fundamental of the sciences, deals with the behavior and interaction of matter, energy, space and time. It is in Physics where the basic concepts, laws and measuring techniques have been developed in the broad areas of mechanics, heat and thermodynamics; wave motion, acoustics, optics, electricity and magnetism; and the structure of matter. The concepts and techniques of Physics are the foundations of the other Sciences and of Engineering. Clarkson’s Physics curriculum has been designed to meet the following goals:

1. Present the fundamental knowledge needed for professional work in industry or graduate school, while including many free electives

2. Offer a flexible curriculum to satisfy diverse career objectives and make it possible to double major in Physics and other fields

3. Provide plenty of opportunity to get involved in active research as an undergraduate

A double major with physics at Clarkson can be completed within four years. In addition to providing a flexible double major program, the Physics curriculum strongly emphasizes undergraduate research. Student research frequently leads to publication in internationally recognized scientific journals. The typical length of the Physics BS is eight semesters (four years). Requirements for BS in Physics

Required Courses

First-Year Seminar (1 credit)

The Clarkson Seminar (3 credits)

Physics* (35 credits)

Mathematics** (18 credits)

Chemistry (8 credits)

Biology Elective (3 credits)

Communications Elective*** (3 credits)

Knowledge Area and University Course Electives (15 credits)

Concentration Electives**** (9 credits)

Information Technology Elective (3 credits)

Technology Elective (3 credits)

Free Electives***** (19 credits)

* Includes: PH 231, PH 232, PH 325, PH 327, PH 331, PH 380 (part of the Physics Core Curriculum), and 3 credits from a list of 400 level PH courses (Physics Professional Electives), which includes: PH 445, PH 446 and PH 470-477. PH 327 also satisfies Statistics requirement. For Physics-Mechanical (or Aeronautical) Engineering dual majors, PH 327 replaces the combination of ME (or AE) 201, 301 and 401 (and vice versa). Other Physics-Engineering dual majors may replace PH 327 (in consultation with student's physics advisor) with an equivalent 300-level engineering lab. To fulfill physics core requirements, Physics-Engineering double majors may replace PH 325 with ES 340, and PH 380 with

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EE 381. Physics Professional Experience can be met by taking at least 1 credit of one of these courses: PH 445, PH 478, PH 479, PH 480. ** Mathematics courses for a Physics Major include: MA 131, MA 132, MA 231, MA 232, and two other MA courses (usually, one chosen from MA 331, MA 313, MA 339, and another one from MA/STAT 381, MA/STAT 383). ***At least 6 Communication Points (C-1/C-2 courses combined) are required. At least 2 Communication Points (two C-1 or one C-2) must be earned in Physics through courses at the 300- or 400-level (PH 327, PH 445-446). ****All of these must be in one area outside of Physics; an area need not be a department. Concentration electives allow students to explore another field of interest outside physics. These classes, combined with free electives, can be used toward fulfilling the core course requirements for a double major. *****At least one of the free electives should be a [C1] or [C2] designated Communication Intensive Course unless a [C1] course is already included in the Biology or Concentration electives. Some non-credit courses in Physical Education, Aerospace Studies, and/or Military Science might be required for graduation.

Physics Sample Curriculum

First Semester Credits Second Semester Credits

PH 131 Physics I 4 PH 132 Physics II 4

MA 131 Calculus I 3 MA 132 Calculus II 3

CM 131 Chemistry I 4 CM 132 Chemistry II 4

PH 121 Physics Freshmen Seminar 1 Free Elective

(recommended PH 157)

3

UNIV 190 The Clarkson Seminar 3

FY 100 First-Year Seminar 1

Total 16 Total 14

Third Semester Credits Fourth Semester Credits

PH 231 Modern Physics 3 PH 221 Theoretical Mechanics 3

PH 232 Modern Physics Lab 1 MA 231 Calculus III 3

MA 232 Differential Equations 3 PH 327 Experimental Physics 3

Biology Elective 3 KA/ UC Elective 3

KA/UC Elective 3 Communication Elective 3

Information Tech Elective 3

Total 16 Total 15

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Fifth Semester Credits Sixth Semester Credits

PH 325 Thermal Physics 3 Free Elective 3

PH 380 Electromagnetic Theory 3 PH 331 Quantum Physics I 3

MA 381 Probability 3 MA 331 Fourier Series and

Boundary Value Problems

3

Concentration Elective 3 Free Elective 3

Knowledge Area/

University Course

3 Knowledge Area/

University Course

3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

PH 435 Senior Seminar 1 Concentration Elective 3

PH Professional Elective 3 Technology Elective 3

KA Elective 3 Free Elective 9

Concentration Elective 3

Free Elective 1

PH Elective/Prof Exp. 3

Total 14 Total 15

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BS In Political Science Alastair Kocho-Williams, Program Chair akochowi@clarkson.edu Political Science investigates the institutions, practices, traditions, concepts and rules by which human beings organize their lives in common and govern themselves. Courses in Political Science enable students to use empirical analyses and theoretical constructs to understand political aspects of their world, both in the United States and around the globe. Students majoring in Political Science will acquire:

1. A comprehensive understanding of politics, political institutions, and the processes involved in translating values and information into public policy and legislation

2. A critical grasp of the leading theories and controversies animating the various subfields of Political Science

3. An appreciation of the facets of citizenship needed to participate fully in political life

Through their Political Science major at Clarkson, students will also gain the ability to:

1. Write clearly and persuasively

2. Speak effectively in a group setting

3. Think critically

4. Understand and analyze complex problems

5. Examine and interpret evidence

6. Organize and synthesize large amounts of information

Requirements for BS in Political Science A total of 120 credit hours, including:

1. One credit introduction to the Liberal Arts pre-seminar

2. Nine courses in political science ideally including one each in: 3. American Politics

4. Political Theory

5. International and Comparative Politics

6. Law and Public Policy

7. The Humanities/ Social Sciences Research Seminar

8. Five courses in a pre-professional external field

9. Fulfillment of the requirements of the Clarkson Common Experience

Political Science majors will take a series of courses chosen in consultation with their advisors to develop a coherent program of study. Students have the opportunity to develop areas of expertise in American Politics, Public Policy, Political Theory, Environmental Policy, or International Politics. Students majoring in Political Science are required to take at least five courses in a pre- professional external field, such as pre-law, pre-med, pre-physical therapy, business or communications and media. This concentration provides students with opportunities to increase career choices, while at the same time exploring a wide variety of interests through their major. Courses taken to fulfill requirements for a Humanities/Social Sciences Major cannot be used to fulfill requirements for a Humanities and Social Sciences Minor.

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Political Science Sample Curriculum

First Semester Credits Second Semester Credits

HSS 120 Introduction to Liberal Arts 1 STAT 282 Statistics 3

UNIV 190 The Clarkson Seminar 3 PSCI Major Course 3

FY 100 First-Year Seminar 1 Science Requirement 3

Math Requirement 4 Knowledge Area Course 3

PSCI Major Course 3 Pre-professional

Concentration / Free

Elective

3

Free Elective 3

Total 15 Total 15

Third Semester Credits Fourth Semester Credits

PSCI Major Course 3 PSCI Major Course 3

Knowledge Area Course 3 Knowledge Area Course 3

Pre-professional

Concentration

3 Pre-professional

Concentration

3

Free Elective 3 Free Elective 3

Science Requirements 4 Free Elective 3

Total 16 Total 15

Fifth Semester Credits Sixth Semester Credits

PSCI Major Course 3 PSCI Major Course/ Free

Electives

6

PSCI Major Course/ Free

Elective

3 Knowledge Area/

University Course

3

Knowledge Area/

University Course

3 Pre-professional

Concentration

3

Pre-professional

Concentration

3 Free Elective / Technology

Serving Humanity Course

3

Free Elective/ Technology

Serving Humanity Course

3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

HSS 480 Major Research Seminar 3 HSS Research Seminar/

Major Course

3

Pre-professional

Concentration/ Free

Elective

3 Free Electives 12

Knowledge Area /

University Course

3

Free Electives 6

Total 15 Total 15

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BS In Psychology Andreas Wilke, Program Chair awilke@clarkson.edu Psychology is the study of mind and behavior. Its explorations span an enormous breadth, ranging from the activity of individual brain cells to the complex interactions between individuals and society. Psychology investigates how people develop and learn; how we perceive the world; how relationships are formed; how stress affects our health and impairs our performance; and why conflict is so much a part of the human experience. Psychologists also try to understand the nature and causes of abnormality and search for effective treatments to relieve the suffering it causes.

The Psychology program at Clarkson aims to provide each student with a solid foundation in the fundamental areas of psychology, as well as the opportunities to develop the problem solving, critical thinking, and communication skills that are critical in the workplace. We also strive to help students find interesting and rewarding careers related to psychology. To this end, each Psychology major is given lots hands-on learning opportunities. These include the directed research, where the student works closely with a faculty member on an experiment of mutual interest; clinical internships, where the student works with a therapist in a clinical environment; and industrial/organizational psychology internships where, the student works with psychologists in business settings. Students graduating with a BS degree in psychology from Clarkson will:

1. Be able to critically evaluate information and apply it to a problem or question

2. Be able to apply psychological principles to real-world problems

3. Have content expertise in the areas of psychology represented by the psychology faculty

4. Be able to write clearly and effectively

In addition to satisfying the Clarkson Common Experience, the BS in Psychology degree program requires:

Required Mathematics Courses:

Three (3) college level math courses to include at least one calculus course and one statistics

course.

Required Psychology Courses:

PY 151 Introduction to Psychology

PY 253 Social Psychology

PY 255 Cognitive Psychology

PY 456 Experimental Psychology

PY 457 Experimental Psychology Lab

PY 496 Directed Research

PY400-403 Internship (one course from this group)

Choose one of the following physiological requirements:

PY 454 Physiological Psychology

PY 458 Cognitive Neuroscience

PY 460 Neurobiology

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Choose one of the following cognitive requirements:

PY 357 Human Cognitive Evolution

PY 358 Animal Learning and Cognition

PY 359 Perception

PY 360 Learning and Memory

PY 461 Judgment and Decision Making

Choose three of the following Psychology courses:*

PY 246 Educational Psychology

PY 286 Organizational Behavior I

PY 310 Human Sexuality

PY 311 Cyberpsychology

PY 315 Personal Relationships

PY 317 Psychology of Psychoactive Drugs

PY 319 Current Readings in Animal Behavior

PY 321 Consumer Behavior

PY 335 Personality

PH 340 Behavioral Ecology and Sociobiology

PY 361 Motivation and Emotion

PY 363 Judgement and Decision Making for the Biomedical Sciences

PY 370 Developmental Psychology

PY 411 Counseling Psychology

PY 412 Psychiatric Center Professional Experience

PY 360 Learning and Memory

PY 453 Advanced Topics in Social Psychology

PY 459 Neuroscience Society

PY 462 Abnormal Psychology

PY 463 Health Psychology

PY 480 Directed Study in Psychology.

PY 481 Directed Study in Social Psychology

PY 482 Directed Study in Physiological Psychology

PY 483 Directed Study in Cognitive Psychology

PY 491 Directed Research in Health Psychology

PY 492 Directed Research and Psychophysiology

PY 493 Directed Research in Cognitive Psychology

PY 494 Directed Research in Social Psychology

PY 495 Directed Research in Clinical Psychology

PY 498-499 Senior Thesis

*This list of courses was current when the Catalog was published. Contact the Department of Psychology for updated information.

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The Professional and Professional Experience and Information Technology requirements are distributed throughout the Psychology Curriculum. PY 456 satisfies the Technology Serving Humanity requirement.

Psychology Sample Curriculum

First Semester Credits Second Semester Credits

PY 151 Intro to Psychology 3 PY 253 Social Psychology 3

FY 100 First-Year Seminar 1 PY 255 Cognitive Psychology 3

UNIV 190 The Clarkson Seminar 3 Mathematics Course 3

Mathematics Course 3 Science Course 3

Science Course 5 Science Course Lab 2

Total 15 Total 14

Third Semester Credits Fourth Semester Credits

Cognitive Elective 3 STAT 318 Biostatistics 3

Psychology Electives 6 Psychology Electives 3

KA/UC Electives 3 KA/UC Elective 3

Free Electives 3 Free Electives 6

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

PY 456 Experimental Psychology

and Lab

5 Physiological Elective 3

KA/UC Elective 3 Technology Elective 3

Free Electives 9 KA/UC Elective 3

Free Electives 6

Total 17 Total 15

Seventh Semester Credits Eighth Semester Credits

Directed Research/

Internship

3 Free Electives 15

KA/UC Elective 3

Free Electives 9

Total 15 Total 15

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Professional Concentration in Health Psychology The Professional Concentration in Health Psychology is aimed at Psychology majors interested in careers in health science. The Professional Concentration in Health Psychology can be obtained by completing any 6 of the courses listed below (18-21 credits). Note that 3 of these courses must be used as undesignated free elective courses and cannot be used for the Psychology major.

Choose three from the following courses:

PY 253 Social Psychology

PY 310 Human Sexuality

PY 317 The Psychology of Psychoactive Drugs

PY 360 Learning and Memory

PY 361 Motivation and Emotion

PY 412 Psychiatric Center Professional Experience

PY 454 Physiological Psychology

PY 458 Cognitive Neuroscience

PY 462 Abnormal Psychology

PY 463 Health Psychology

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BS In Software Engineering Details of the BS in Software Engineering degree may be found in the Interdisciplinary Program pages of this catalog.

Minors in Arts and Sciences Minors in Biology A minor in Biology is available to students who take at least 19 credit hours in Biology. Core Courses (9 credits): Students must take BY140 Biology I (3 cr.) and BY160 Biology II (3 cr.) and at least one of the following:

Choose one of the following:

BY 214 Genetics

BY 222 Ecology

BY 320 Microbiology

BY 360 Comparative Physiology

BY 471 Human Anatomy and Physiology I

BY 472 Human Anatomy and Physiology II

Students must also take at least 9 credits of Biology courses numbered 300 or above.

Students must choose one of the following laboratory courses:

BY 142 Biology II Laboratory

BY 162 Biology II Laboratory

BY 224 Ecology Laboratory

BY 322 Microbiology Laboratory

BY 362 Comparative Physiology Laboratory

BY 473 Human Anatomy and Physiology I Laboratory

BY 474 Human Anatomy and Physiology II Laboratory

*Students should consult with the Biology Chair to determine whether AP Biology will satisfy the BY 140 and BY 160 requirements.

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Minor in Biology, Behavior, and Society (BiBS) A diverse group of disciplines attempt to document and explain the origins and functions of human cognition, social behavior, and social organization: anthropology, biology, economics, history, psychology, and sociology each include a disciplinary focus on the origins and current consequences of individual and group behavior and social outcomes. However, among disciplines - and even within disciplines - there is disagreement about the relative importance of genes, natural environment, individual rational-choice, and sociocultural-construction on individual and group behavior, cultures, and social institutions. Historical views have ranged from strong biopsychological determinism, to environmental determinism & individual rational choice, to strong sociocultural determinism. Views on the origins and current functions of behavior, culture, and society can and often do affect social policy; extreme views have provided the intellectual rationale for eugenics, racism, sexism, imperialism, laissez-faire capitalism, and collectivization and ‘cultural revolution’. On a positive note, interdisciplinary progress at understanding the origins and functions of human behavior and human cultures & societies has contributed to progressive reforms in the areas of mental health, public health, laws and criminal justice, education, intercultural understanding, and programs to provide economic and social opportunity for the underprivileged. Views on questions of ‘human nature’ have tended to become polarized between the ‘biological’ (biology, evolutionary psychology, biological anthropology) and the ‘social science’ (social psychology, cultural anthropology, history, sociology) poles. This dialectical relationship between the social and biological sciences and the corresponding dialogue between both, forces both sides in this rich debate to refine their positions and expose students to a deeper understanding of the foundations of the respective disciplines and their impact on the world. Our minor in Biology, Behavior, and Society (BiBS) will expose students to these diverse disciplinary traditions and their conflicts and debates in the present and past. This minor provides students the knowledge and skills to become informed, critical, and reflective citizens that can make balanced decisions about the imbricate relationship of biology, psychology, culture and society. The BiBS minor is intended for students who want to acquire an interdisciplinary and comprehensive overview of the different perspectives on human behavior, human cultural evolution, and human social organization. The objective of this minor is for students to understand the theoretical and empirical foundations of multiple disciplines that contribute to understanding human behavior and be able to knowledgeably weigh the perspectives of each. An aspirational outcome is that students can develop a synthetic, informed understanding of the origins and function of human behavior, cultures, and societies. We believe that this minor will attract students who are interested in biology, psychology, social sciences, health careers, law, politics, and economics and provide them with bio-cultural literacy critical to evaluating the multiplicity of scientific claims about ‘human nature’. The four core course requirements within this degree program provide the interdisciplinary foundation of psychology, biology, and social science. The three additional electives will provide a student with depth in specific areas while continuing to confront an interdisciplinary set of perspectives. A minor in Biology, Behavior, and Society is available to students in all degree programs. To obtain a minor, students must complete 20 credits of required courses, and electives from outside the students declared major.

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Five required courses:

BY/ PY 340 Behavioral Ecology and Sociobiology

BY/ PY 357 Human Cognitive Evolution

HIST 270 Introduction to Culture, Society &Biology

SAS 300 Arts and Sciences Seminar

SAS 499* Biology, Behavior and Society Minor Portfolio

Choose one course from each of the two categories:

Category I

ANTH 220 Understanding the Americas

ANTH 225 Global Perspectives on Sexuality

ANTH 230 Introduction to Race and Ethnicity

ANTH 270 Environment, Technology and Society

ANTH 325 Sex and Commerce

ANTH 330 Men and Masculinities

HIST 320 Medicine and Society in America

HIST 326 Modern Sex

HIST 327 History of Women and Gender in America

HIST 328 History of Gender and Sex

HIST 329 History of the American Family

HIST 342 War and Gender

HIST 350 History of Nazi Germany

HIST 351 History of the Holocaust

SOC 330 Health, Wealth, Inequality and the Environment

POL/ SOC 350 International Development and Social Change

SOC 385 Food and Society

SS 220 Introduction to Gender

Category II

BY/ PY 319 Current Readings in Animal Behavior

BY/ PY 358 Animal Learning and Cognition

BY 420 Evolution

BY 460 Neurobiology

EC 384 Game Theory and Economic Strategy

HIST/ PY 459 Neuroscience and Society

OS 286/ PY 286 Organizational Behavior I

PH 253 Social Psychology

PY 310 Human Sexuality

PY 315 Personal Relationships

PY 360 Learning and Memory

PY 453 Advanced Topics in Social Psychology

PY 461 Judgment and Decision Making

PY 463 Health Psychology

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*A student, to complete the minor, will take SAS 499 as an independent study course under the mentorship of the student’s minor advisor. The student will provide a portfolio based on:

1. Term papers of equivalent products from the three major required courses

2. Representative course material that shows mastery of subject matter area

3. Will use the portfolio and materials from other courses taken for the BiBS minor to prepare a 10 page self-reflective essay on what the student has learned about the biological, psychological, and socio-cultural influences on human behavior, human cultural evolution, and human social organization

Minor in Chemistry Students pursuing the minor in Chemistry must complete the following requirements. The minor is not open to students majoring in Chemistry or Biomolecular Science.

Required courses:

CM 103 Structure and Bonding

CM 104 Chemical Equilibrium and Dynamics

CM 105 Chemistry Laboratory I

CM 106/

CM 131 and CM 132

Chemistry Laboratory II

General Chemistry I and General Chemistry II

Choose five of the following courses, including at least one of the labs:

CM 221 Spectroscopy

CM 223 Spectroscopy Lab

CM 241 Organic Chemistry I

CM 242 Organic Chemistry II

CM 244 Organic Chemistry Lab

CM 300 Instrumental Lab

CM 312 Survey of Inorganic Chemistry

CM 320 Separations and Electrochemistry

CM 345 Advanced Lab

CM 371 Physical Chemistry I

CM 372 Physical Chemistry II

CM 460 Biochemistry I

CM 461 Biochemistry II

CM 470 Biochemistry/ Biotechnology Lab

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Minor in Cognitive Neuroscience

Required basic science courses:

BY 140 Biology I: Inheritance, Evolution and Diversity

BY 142 Biology I Laboratory

BY 160 Biology II Cellular and Molecular Biology

BY 162 Biology II Laboratory

CM 131 General Chemistry I

CM 132 General Chemistry II

PH 141 Physics for Life Sciences I

PH 142 Physics for Life Sciences II

PY 151 Introduction to Psychology

Required Cognitive Neuroscience Courses

BY/ PY 458 Cognitive Neuroscience

BY/ PY 454 Physiological Psychology

BY/ PY 460 Neurobiology

Choose two Psychology Elective Courses from the following:

BY/ PY 357 Human Cognitive Evolution

BY/ PY 358 Animal Learning and Cognition

PY 317 Psychology of Psychoactive Drugs

PY 359 Perception

PY 360 Learning and Memory

PY 462 Abnormal Psychology

PY 463 Health Psychology

Choose two Biology Elective Courses from the following:

BY 214 Genetics

BY 310 Developmental Biology

BY 350 Comparative Anatomy

BY 360 Physiology

BY 471 Anatomy and Physiology I

BY 472 Anatomy and Physiology II

BY 480 Advanced Cell Biology 1CM 103/ 105 and CM 104/ 106 will also satisfy the Chemistry requirement 2PH 131 and PH 132 will also satisfy the Physics requirement 3Biology majors taking the cognitive neuroscience minor cannot use PY/ BY 454 as one of their Biology elective courses

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Minor in Communication Clarkson University offers a minor in Communication that is available to all undergraduate students with the exception of Communication majors. Courses used to fulfill the requirements of the minor include writing, speaking, graphic design, and theory. To achieve a minor in Communication, students must achieve a 2.00 grade average in six three-credit courses, distributed in the following fashion: Students must take one course from each of the four groups below, plus any other two communication courses. The currently available courses in each group are listed below. Contact the Communication, Media & Design departmental office for further information.

Choose one Writing course from the following:

COMM 210 Theory of Rhetoric for Business, Science and Engineering

COMM 219 Introduction to Social Media

COMM 226 Short Film Screenwriting

COMM 312 Public Relations

COMM 313* Professional Communication

COMM 326 Feature Film Screenwriting

COMM 330 Science Journalism

COMM 428* Environmental Communication

Choose one Speaking course from the following:

COMM 217 Introduction to Public Speaking

COMM 312 Public Relations

COMM 313 Professional Communication

Choose one Design course from the following:

COMM 100 2D Digital Design

COMM 229 Principles of User-Experience Design

COMM 322 Typography and Design

COMM 327 Digital Video Production

COMM 329 Front-End Development for the Web

COMM 345 Information Design

COMM 360 Sound Design

COMM 427 Digital Video Production

Choose one Theory course from the following:

COMM 310 Mass Media and Society

COMM 410 Theory and Philosophy of Communication

COMM 412 Organizational Communications and Public Relations Theory

COMM 428* Environmental Communication

*Courses may be used for one of two groups but not both Note: Students may transfer no more than six off-campus credits towards the minor. The chair of the Communication, Media and Design Department must approve transfer courses.

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Minor in Computational Science The minor in Computational Science is available to students in any major. The minor allows students to develop an expertise in Computational Science while pursuing a conventional major, which provides the context wherein they apply their computational skills. To complete the minor the student must achieve a grade-point average of at least 2.00 in courses totaling at least 21 credits, distributed as follows:

Required course:

MA 377 Numerical Methods

Choose two of the following courses

MA 232 Elementary Differential Equations

MA 239/

MA 339

Elementary Linear Algebra/

Applied Linear Algebra

STAT 282/

STAT 383

General Statistics/

Probability and Statistics

Application area electives to make a total of 21 credits*

*Application area electives are computational courses in departments other than Mathematics, typically drawn from the student’s major. The current list of approved courses is maintained by the Mathematics Department.

Minor in Computer Science A minor in Computer Science is available to all students except those majoring in Computer Science or Software Engineering.

Required courses:

CS 141 Introduction to Computer Science I

CS 142 Introduction to Computer Science II

CS 344 Algorithms and Data Structures

MA 211 Discrete Mathematics and Proof

Electives:

Three additional CS courses, one numbered 200 or higher, one numbered 300 or higher, and one

numbered 400 or higher. Each course must be worth at least three credits*

*Certain courses cannot be used for the minor and some substitutions are acceptable. Contact the Department of Computer Science for details. Exclusion: The Minor in Computer Science is not open to students majoring in Computer Science or Software Engineering

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Minor in Digital Art In addition to the minor portfolio requirement DA 499, all students choosing a minor in Digital Art must complete 15 credit hours within the listed class selection and satisfy the following requirements: Completion of DA 100: Introduction to Digital Art: Time and Image or its cross-listed counterpart COMM 100: 2D Digital Design. • Two classes from the following list at 100-level or higher. • One class from the following list at 200-level or higher. • One class from the following list at 300-level or higher.

DA 110 Drawing

DA 120 Elements of Design

DA 140 Introduction to Digital Art: Form & Code

DA 207 Media Landscapes 1

DA 208 Media Landscapes 2

DA 212 Art in Context

DA 225 Digital Painting & Illustration

DA 250 Interactive & Algorithmic Art

DA 300 3D Imagery & Animation

DA 320 Moving Images: Motion Graphics & Animation

DA 340 Virtual Reality (VR) and Mixed Reality

DA 39* Special Topics Classes in Digital Arts & Sciences

DA 400 Directed & Collaborative Study

DA 410 Directed & Collaborative Study

DA 42* Digital Arts Independent Studies

DA 500 Directed Study & Collaborative Projects

(As the capstone class in the Digital Arts & Sciences major, DA 492 Senior Studies is not open to students taking the Digital Art minor.)

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Minor in Gender and Sexuality Studies All students choosing a minor in Gender and Sexuality Studies must complete 15 credit hours and satisfy the following requirements:

Required courses:

Either SS 220 or

SS 221

Introduction to Gender

Introduction to Sexuality

SS 499 Zero-credit Minor Portfolio, as required of the other minors in the

department of Humanities and Social Sciences

Choose four of the following Gender and Sexuality courses:

SS 220 or

SS 221

Introduction to Gender

Introduction to Sexuality

(Whichever one was not taken to satisfy the required course)

ANTH 225 Global Perspectives on Sexuality

ANTH 325 Sex and Commerce

ANTH 330 Men and Masculinities

HIST 326 Modern Sex: Sexualities and Genders in Modern America

HIST 327 History of Women and Gender in America

HIST 328 History of Gender and Sexuality in the Transatlantic World

HIST 329 History of the American Family

HIST 338 Women, Gender, and Science in American History

HIST 342 War and Gender: The Modern Period

LIT 240 Gender and Popular Culture

POL 355 Women and Politics

SOC 310 Women and Religion

SOC 330 Health, Wealth, Inequality and the Environment

Advising for the minor takes place in the Department of Humanities and Social Sciences

Minor in Law Studies Please see the Law Studies Minor content located in the David D. Reh School Business section of the Catalog for more information.

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Minor in Information Technology A minor in information technology is available to students in any degree program. The requirements are 21 credits consisting of:

1. Two courses in problem solving and programming: CS 141 or EE 261, and CS 142 or EE 361

2. One course in computer systems: CS 241 or EE 360

3. One course in database administration IS 314*

4. One course in computer networks EE 407 or CS 455

5. Two courses concerned with Web Technologies and administration COMM 442 and COMM 444

*For School of Business Majors for whom IS 314 is not a required course, IS 211 may be used to fulfill this requirement.

Minor in Mathematics The Minor in Mathematics is open to all students except those majoring in Mathematics, Applied Mathematics and Statistics, Data Science, or Mathematical Economics. To complete the minor the student must achieve at least a grade-point average of at least 2.00 in seven three-credit courses from the following list:

Choose seven from the following courses:

MA 131 Calculus I

MA 132 Calculus II

MA 200 Introduction to Mathematical Modeling and Software

MA 211 Discrete Mathematics and Proof

MA 230 3-D Space and Projective Geometry

MA 231 Calculus III

MA 232 Elementary Differential Equations

MA 239 Elementary Linear Algebra

MA 277 Elementary Numerical Methods

Any Clarkson University 3 credit MA or STAT course at the 300-level

of above

Any CS course which is double-listed as an MA course at the 300-level or above also counts toward the minor; check with the Mathematics Department for details.

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Minor in Medicine and Healthcare A minor in Medicine and Healthcare is available to students in all degree programs. To obtain a minor, students must complete 23 credits:

Required courses:

BY 471 Anatomy and Physiology

PY 463 Health Psychology

PHIL 241/

BIE 400

Medical Ethics

Responsible Conduct of Research

HIST 335/

HIST 321

History of Medicine in Europe and North America

History of Public Health in America

HS 220 Medicine and Healthcare Profession Seminar

HS 405 Experiential Learning in Healthcare

Choose one the following Biomedical Science and Engineering Elective courses:

BY 315 Bioinformatics for Disease Research

BY 324 Parasitology

BY 383 Molecular Genetics and Human Disease

BY 416/

EHS 415

Principals of Toxicology and Epidemiology

BY 419 Immunology

BY 363 Pharmacology of Infectious Disease

BY 440 Introduction to Biomedical Rehabilitation Engineering and Science

BY 448 Medical Microbiology

BY 452 Pharmacology

BY 455 Cell and Molecular Biology of Cancer

BY 472 Anatomy and Physiology II

BY 473 Anatomy and Physiology I Lab

BY 474 Anatomy and Physiology II Lab

BY 476 Current Topics in Biology and Medicine

BY 485 Neural Engineering

BY 488 Stem Cells and Regenerative Medicine

BR 200 Intro to Biomedical and Rehabilitation Engineering

CM 444 Medicinal Chemistry

CM 453 Introduction to Biomaterials

CM 460 Biochemistry I

PY 462 Abnormal Psychology

Choose one of the following Healthcare and Social Sciences Elective courses:

HS 200 Health Coaches I

PY 310 Human Sexuality

PY 317 Psychology of Psychoactive Drugs

PY 363 Judgment and Decision Making for the Biomedical Sciences

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PY 411 Counselling Psychology; Theory and Practice

POL 431 Health Care Policy

SOC 330 Health, Wealth, Inequality and the Environment

Choose one of the following Healthcare and the Humanities courses:

ANTH 330 Men and Masculinities

HIST 270 Introduction to Society, Culture and Biology

HIST 338 Women, Gender and Science in American History

HIST 353 Medicine and Ethics

HIST 331 Ancient Medicine and Magic

HIST 459 Neuroscience and Society

HIST 335/

HIST 321

History of Medicine in Europe and North America

History of Public Health in America

POL 380/

PHIL 380

The Law and Bioethics

PHIL 241/

BIE 400

Medical Ethics/

Responsible Conduct of Research

SS 221 Introduction to Sexuality

Minor in Physics A minor in Physics is available to students in any degree program. To obtain a minor, a student must complete the following:

Required courses:

PH 131 Physics I

PH 132 Physics II

PH 231 Fundamentals of Modern Physics

PH 331 Quantum Physics

Choose one of the following intermediate courses:

PH 221 Theoretical Mechanics

PH 230 Physics III

Choose one of the following basic courses:

PH 121 Physics Freshman Seminar

PH 232 Modern Physics Laboratory

PH 435 Physics Seminar

PH 470 Directed Study Experimental

PH 474 Directed Study Theoretical

Any two 3-credit Physics or equivalent courses approved by the department at the 300-400 level.

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Minor in Psychology A minor in Psychology is available to students in any degree program except Psychology. To obtain a

minor in Psychology a student must complete six courses: PY 151(Introduction to Psychology) and

any 5 Psychology courses (1) that are numbered 200 or above and (2) are each worth 3 or more

credit hours. Only one of which can be one of the directed research or internship courses.

Minor in Software Engineering A minor in Software Engineering is available to students in any degree program with the exception of the Software Engineering and Computer Science degree programs. To obtain a minor, a student must complete the following course requirements:

1. (CS 141, CS 142, and CS 344) or (EE 261, EE 361, and EE 363)

2. CS 242 or EE 408

3. EE 368 or CS 350

4. EE 465/ CS 453, CS 455/ EE 407, EE 468/ CS 460, or other course approved by the Software Engineering Program Committee

Minor in Statistics The minor in Statistics is open to all students except those majoring in Mathematics, Applied Mathematics and Statistics, or Data Science.. To complete the minor the student must achieve at least a 2.000 grade-point average in courses totaling at least 21 credits, distributed as follows:

1. One calculus course (MA 181 or MA 131 equivalent) 2. One linear algebra course (MA 239 or MA 339 equivalent) 3. One introductory statistics course (STAT 282 or STAT 383 equivalent) 4. At least 12 additional credits from statistics courses or projects including at least two statistics

courses or projects from departments other than Mathematics. The current list of approved courses is maintained by the Mathematics Department.

Minor in Humanities and Social Sciences The Department of Humanities and Social Sciences offers minors that consist of a coherent set of five courses beyond the Clarkson Seminar, plus completion of a Minor Portfolio. There are three different types of Minors: Thematic Minors, Disciplinary Minors, and Student-Designed Minors. Thematic Minors These interdisciplinary minors consist of five related humanities and social sciences courses that address a common theme. The currently available thematic minors are:

1. International and Cross-Cultural Perspectives

2. Literature and the Arts

3. Science, Technology and Society

4. War Studies

Disciplinary Minors These minors consist of five courses in one of the disciplinary areas in the Department of Humanities and Social Sciences, for example. Anthropology, History, Sociology, Literature, Philosophy, and Political

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Science. A list of disciplinary areas, as well as other information about these minors, is available from the Department of Humanities and Social Sciences. Student Designed Minors Students propose these minors through the office of the Department of Humanities and Social Sciences to a faculty committee for approval. The proposal lists the courses that a student will take for his or her minor and articulates the coherence among the courses. Students are encouraged to design their minor in collaboration with a faculty advisor in the Department of Humanities and Social Sciences. Guidelines for developing and submitting a proposal for a student-designed minor are available from the department office. Minor Portfolio Under the guidance of a faculty advisor in the Department of Humanities and Social Sciences, a student completing one of the above minors will compile a portfolio that represents his or her learning experience in the minor. The portfolio will be completed within the appropriately designated 499, “Humanities/ Social Sciences Minor Portfolio,” a zero-credit hour course under the direction of the student’s minor advisor in the department. A student must receive a P in the minor portfolio in order to complete the requirements for the minor. Additional information about the Minors Portfolio is available from the Department of Humanities and Social Sciences office, Snell 265. *Courses taken to fulfill requirements for a Humanities/ Social Science Minor cannot be used to fulfill requirements for a Humanities and Social Science Major.

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Other Curricular Opportunities The Adirondack Semester For description of this program, see the Institute for Sustainable Environment in the Interdisciplinary Section.

Clarkson Trudeau Biomedical Scholars Program

Damien Samways, Director dsamways@clarkson.edu The Clarkson Trudeau Biomedical Scholars Program is an intensive Spring semester-long living and learning experience (the “Trudeau Semester”) that takes place off campus at the renowned Trudeau Institute in Saranac Lake, New York. The 15-credit program Trudeau Semester is an undergraduate program designed to provide a select group of undergraduate students the opportunities to learn multidisciplinary aspect of bioscience related to the human health field. The program is specifically designed for students from the majors of Biology, Biomolecular Science, Chemistry, and Chemical and Biomolecular Engineering, and also serves as a professional experience. The Trudeau Semester is taught by Clarkson and Trudeau Institute faculty who are respective experts in their field. The academic program provides a range of disciplines that by design will each contribute to a related topic that is the focus of a semester-long, integrative project that aims to demonstrate how technology serves humanity, a core Clarkson value. Students study and conduct a research project at the Trudeau Institute located approximately one mile from their townhouse residences in Saranac Lake. At the Trudeau Institute there is dedicated laboratory space for instruction and study offices, as a well as an office for a faculty member. Each course is 3 weeks in duration, with the exception of the Term Integrated Research Project, which the students are involved with the entire semester. Students present their research findings at the Symposium for Undergraduate Research Experiences conference that takes place each semester on the Clarkson University Campus, in addition to a public presentation. Minor Portfolio Requirement Under the guidance of Digital Arts faculty advisers from within the Department of Communication, Media & Design, students will compile a portfolio that functions as a way of showcasing and reflecting upon their achievements within the minor. The portfolio will be completed within a zero-credit hour course (DA499 Digital Art Minor Portfolio.) Students must receive a P (pass) in the minor portfolio in order to complete the requirements for the minor.

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Social Documentation: Communication and Humanities/ Social Sciences Double Major This innovative option invites students to combine their interests in learning and using cutting-edge technology with a solid base in the social sciences (history, political science, anthropology and sociology) or the humanities (literature, film and philosophy). Social Documentation (SD) emphasizes creativity, flexibility and versatility, allowing students to pursue a broad span of interests learning to careers in filmmaking, writing, web-based technologies, radio and TV, or governmental and non-governmental agencies. Guided by their SD advisor, students choose courses in both their majors that reflect their own interests and future plans; additionally, they take a series or core courses in common with all other SD majors to gain the research, technical and rhetorical skills they will need for career success. (For further information, see the Social Documentation section under Interdisciplinary Undergraduate Programs).

Science Studies

Many students approach their first year having found all of their secondary school science courses fascinating and wishing to explore several fields more deeply before declaring a major. These students may choose to participate in the Science Studies option which provides students with an opportunity to learn more about programs within the School of Arts & Sciences prior to selecting a final program for continued study. Students taking advantage of this option work with an advisor to develop an individualized course schedule for the first semester, designed to facilitate explorations and to keep options open. These individualized programs may involve trade-offs in later course selection, but will not extend time required to obtain a degree. With assistance from their academic advisor, undergraduates will select an approved program which best suits their individual goals and objectives. Science Studies students are fully matriculated students at Clarkson University. For more information, contact the Science Studies advisor at 315-268-6544.

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THE DAVID D. REH SCHOOL OF BUSINESS Augustine Lado, Dean of the David D. Reh School of Business Luciana Echazu, Associate Dean of Undergraduate Programs and Operations The Clarkson University David D. Reh School of Business provides a valuable and interesting array of educational opportunities for students interested in careers that are aligned with the challenges and opportunities that face the business leaders of today. Managing innovation, the supply chain, customers, and flows of information and financial capital across global boundaries requires a set of knowledge and skills that become ingrained in our students. The proof is in the employment statistics of our graduates, who enjoy placement rates, starting salaries, career mobility and flexibility that are among the best in the nation.

The mission of the Clarkson University David D. Reh School of Business is to integrate high-impact, interdisciplinary scholarship with teaching excellence to develop business leaders who combine business acumen, analytical thinking, technical expertise, and a global perspective to benefit business and society.

In an effort to achieve this mission, the Reh School of Business has built a world-class faculty and created a curriculum that requires hands-on learning, provides ample opportunities to develop leadership skills, and builds professional networks inside and outside the classroom. The Reh School of Business has fostered an innovative and supportive culture where students and faculty enjoy working hard and seeing results. We focus our resources on areas that span the traditional functional boundaries: Global Supply Chain Management, Engineering & Management, Innovation and Entrepreneurship, Financial Information and Analysis, Business Intelligence and Data Analytics and Mathematical Economics (details in Interdisciplinary Section). In doing so, our curriculum allows students to develop expertise in the traditional business disciplines – accounting, finance, marketing, management, operations, and data analytics – and then to clearly see how they fit together in the real world. This gives our graduates a balance of disciplinary expertise and an understanding of the "big picture" that is, how the functional parts of organizations must work together to create value and wealth. This combination of detail-oriented expertise with a broad, system-wide perspective is something that our employers helped us create. Our approach has proven to be effective and beneficial to employers and has helped us to earn national rankings in both Supply Chain Management, and Innovation and Entrepreneurship.

The secret to implementing these ideas is simple to explain, but difficult for most schools to imitate. We offer an innovative first-year program for undergraduates, in which students invent and then plan a real business; we offer multiple opportunities for hands-on learning; we help students build a professional network; we offer an integrated, technology-infused curriculum; and we start all of this early, at the beginning of the Clarkson experience. The result is a connected, knowledgeable graduate prepared for success in the business world and in the community. We can do this, and do it well, because of a combination of our size, our faculty, our alumni, our location, and our heritage. The strength of our curriculum is driven by the quality of our faculty. Faculty use active learning approaches to bring the curriculum to life. Small-group discussions, real-life case studies, field projects,

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student consulting teams, and simulation exercises are examples of the teaching methods woven into courses. These experiences help develop students who can lead, be effective team members, and work well with customers, suppliers, colleagues, and the community. Written, oral, and technological communication skills are integrated into the entire curriculum. Frequent visits by executives and managers link the classroom to the business world. To extend and broaden learning and development beyond the classroom, all School of Business students are required to have an international experience (either a traditional semester abroad, a two- to three-week faculty-led trip, or an international summer internship), and a professional experience (such as an internship or a work co-op). Additionally, all students are encouraged to participate in campus organizations and professional societies. Clarkson University’s strong programs in engineering and science provide special opportunities for students who wish to combine management and technical interests.

The David D. Reh School of Business’s undergraduate and graduate programs are accredited by AACSB, the most prestigious national accrediting body for business programs. Fewer than 25 percent of the nation’s business programs share this distinction, which is based on an institution’s ability to deliver a comprehensive and unique business-related educational experience to its students.

Faculty Consumer and Organizational Studies Professor Augustine A. Lado; Associate Professor Jay Carlson; Assistant Professors Floyd Ormsbee, Ty Mackey, Zhaleh Semnani-Azad, Iman Paul, Rohan Crichton, Alison Mackey; Visiting Assistant Professor Robert Williams; Instructors Alan Belasen,

Economics and Financial Studies Professor Diego Nocetti; Associate Professors Bebonchu Atems, John DeJoy, Luciana Echazu, Zhilan Feng, Allan Zebedee; Assistant Professors Anna Brown, Guoyu Lin, Zhilu Lin, Michael Sacks, Wentao Wu; Instructor Gasper Sekelj

Engineering & Management Professor Michelle Crimi; Associate Professors R. John Milne, Seyedamirabbas Mousavian; Assistant Professor Golshan Madraki; Professor of Practice, Marshall Issen

Operations and Information Systems Professors R. Alan Bowman, Boris Jukic, Farzad Mahmoodi, Weiling Ke; Associate Professors Santosh Mahapatra, Dennis Yu; Assistant Professors William MacKinnon, Jane Oppenlander, Chen Xiang; Instructors, Shafique Chaudhry; Participating Faculty Bret Kauffman, Carl Strang

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Undergraduate Business Programs Common First and Second-Year Curricula The undergraduate business program’s first two years are designed to provide flexibility so students are exposed to a variety of courses. Students will have formal and informal opportunities to learn about our majors, minors, and career opportunities so that they can make an appropriate choice about their academic path. With the exception of Engineering & Management, courses students take are virtually identical for all Reh School of Business students during those first two years, so a student need not declare a major until the end of their sophomore year. Freshmen who enroll as undecided business majors are considered to be fully matriculated in the School of Business. Within the first two years, students will select their specific program of interest. We have undergraduate integrated majors that result in the Bachelor of Science degree:

1. Global Supply Chain Management 2. Innovation and Entrepreneurship 3. Financial Information and Analysis 4. Business Intelligence and Data Analytics 5. Engineering and Management 6. Mathematical Economics (see Interdisciplinary Section)

We offer a range of minors including Corporate Innovation, Economics, Law Studies, Human Resource Management, New Product Development & Marketing, and Quality-Based Project Management.* All Bachelor of Science degree candidates must successfully complete the Clarkson Common Experience, all requirements of their major, for a total of 120 credits. Additionally, all Bachelor of Science degree candidates must complete an international educational experience and a professional experience. *Successful completion of a minor requires completion of all prerequisites and courses designated for the minor. It is the student’s responsibility to declare a minor early enough to complete all requirements.

Common First and Second Year Curriculum (non Engineering and Management majors)

First Semester Credits Second Semester Credits

EC 150 Principles of Microeconomics

3 EC 151 Principles of Macroeconomics

3

MA 180 Intro College Math** 3 IS 110 Intro to Business Intelligence and Data Analytics

3

SB 113 Entrepreneurship and Business Innovation*

3 MA 181 Basic Calculus 3

UNIV 190 The Clarkson Seminar 3 Science Course 3

FY 100 First-Year Seminar 1 Non-Business Elective 3

Science Course 3

Total 16 Total 15

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Third Semester Credits Fourth Semester Credits

OS 286 Organizational Behavior 3 EC 311 Introduction to Econometrics

3

AC 202 Financial Accounting 3 MK 320 Principles of Marketing 3

LW 270 Law and Society I 3 AC 203 Managerial Accounting 3

Non-Business Elective*** 3 OM 331 Operations and Supply Chain Management

3

STAT 282 Statistics 3 Non-Business Elective****

3

Total 15 Total 15

*Transfer students are required to take an upper-level School of Business elective in place of SB 113. **Students must complete a basic calculus course (MA 181). MA 131- Calculus I can be substituted for MA 181. ***Students considering the Business Intelligence and Data Analytics major should take IS 211 ****Students wishing to major in Business Intelligence and Data Analytics should take IS 237 Introduction to Programming and Application Development, orCS 141 Introduction to Computer Science (4 credits), or EE 261 Introduction to Programming and Software Design in the sophomore year.

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BS In Global Supply Chain Management The principles behind supply chain management focus on developing seamless flows of raw materials, products/services, information, and financial capital. The supply chain starts at the initial design phase and includes raw material sourcing and logistics and continues through the delivery of that product or service to the end customer with a goal of creating customer satisfaction at optimal cost. The GSCM curriculum takes a systems approach, which includes concepts and faculty from operations management, marketing, information systems, human resource management, strategic management, and economics woven together in a seamless curriculum. Concepts emphasized include:

1. Integration through ERP (Enterprise Resource Planning) 2. A process management approach to quality 3. A global orientation 4. E-commerce based strategies 5. Employing IT as a decision-making tool 6. People and organizational skills for implementing GSCM solutions 7. Incorporating environmental sustainability perspectives

Students earning a degree in Global Supply Chain Management must complete 120 credits including the following: 33 credits of Clarkson Common Experience requirements (including the Clarkson Seminar, two mathematics courses (calculus and statistics), two science courses (one of which must include a lab), five knowledge area courses, and a technology course); 42 credits of foundation coursework in business; 27 credits of specialized business courses to satisfy the major requirements; and 18 credit hours of electives. Since 50% of coursework must be taken outside the School of Business (no more than 3 economics and 2 statistics courses can count as non-business courses), most electives, depending on courses chosen to fulfill the requirements of the Clarkson Common Experience, will be non-business courses taken in other schools at Clarkson University. Required Courses: EC 451 Industrial and Supply Chain Economics IS 428 Information Systems for Supply Chain Management OM 341 Supply Chain Design and Management OM 371 Strategic Sourcing Management OM 451 Quality Management and Lean Enterprises OS 466 Negotiations and Relationship Management SB 381 Logistics Management SB 441 Advanced Topics in Global Supply Chain Management Professional Electives (Choose one): AC 305 Cost Accounting IS 314 Database Design LW 471 Law and Society II MK 332 Marketing Research MK 436 Creativity, Innovation & New Product Development OM 380 Project Management OM 476 Management of Technology Management

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The following would be a typical third and fourth year plan. There is enough flexibility that students studying abroad during the third year should still be able to complete the degree requirements.

Fifth Semester Credits Sixth Semester Credits

FN 361 Financial Management 3 IS 428 Information Systems for Supply Chain Management

3

OS 352 Strategic Human Resource Management

3 OM 341 Supply Chain Design and Management

3

OS 466 Negotiations & Relationship Management

3 Free Elective 3

Free or Non-Business Elective

3 Professional Elective 3

Non-Business Elective 3 Non-Business Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

OM 371 Strategic Sourcing 3 EC 451 Industrial and Supply Chain Economics

3

OM 451 Quality Management and Lean Enterprise

3 SB 381 Logistics Management 3

OS 432 Organizational Policy and Strategy

3 SB 441 Topics in Global Supply Chain Management

3

Non-Business Elective 3 Non-Business Elective 3

Non-Business Elective 3 Non-Business Elective 3

Total 15 Total 15

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BS In Engineering & Management Michelle Crimi, Program Director, mcrimi@clarkson.edu Misty Spriggs, Associate Director, mspriggs@clarkson.edu Adrienne Boswell, Academic Advisor/Office Manager, aboswell@clarkson.edu Clarkson’s Engineering & Management (E&M) program is ideal for those who desire breadth and flexibility in a career centered on leadership and technology. The major was established in 1954 to meet the growing needs of industry for individuals with strong skill sets in both engineering and business. Graduates are prepared to integrate the rapidly changing technical and managerial aspects of an organization. The E&M program utilizes Clarkson’s traditional strengths, stressing engineering principles and technical problem solving in conjunction with quantitative and qualitative managerial decision making. Students receive a balanced education involving course requirements from each of the major disciplines of engineering, business, science and liberal arts. The carefully planned curriculum is taught by faculty within their respective areas of expertise. The Program Educational Objectives of the E&M program are to prepare students who are within a few years of graduation to:

1. Apply technical problem solving skills to develop innovative, effective, and sustainable solutions to complex problems

2. Lead multi-disciplinary teams to success by managing team dynamics 3. Effectively communicate information for decision-making both orally and in writing to both

technical and non-technical audiences 4. Continuously balance simultaneous demands of today’s global environment through multi-

tasking capabilities of planning, organizing, managing and controlling resources 5. Combine engineering and business core knowledge and apply quantitative and qualitative

methods to process analysis in business systems 6. Make timely, ethical and useful decisions in response to organizational challenges

The Student Outcomes (SOs) are: Students will: SO1: Have the ability to apply calculus-based math, laboratory science, and engineering principles to technical problem-solving. SO2: Gain the knowledge and abilities to lead multi-disciplinary teams. SO3: Understand development and maintenance of relationships among people within and across organizations. SO4: Build a skill set in written and oral communication through coursework, projects, and extracurricular activities. SO5: Balance academic disciplines in science, engineering, business, and humanities to prepare for

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the changing workplace. SO6: Understand financial and information flows within and across organizations. SO7: Learn both quantitative and qualitative analysis methods. SO8: Apply a foundation of business and management principles to making timely, ethical, and useful decisions. SO9: Learn to lead and manage organization change. These student outcomes address ABET Criterion 3 outcomes 1-7.

Typically, E&M students are people oriented, at ease with science and mathematics, and anticipate increasing managerial responsibilities over the course of their careers. Problem solving, communication and teamwork permeate the E&M curriculum. By design, the environment is one of collaborative teamwork and is known for strong mutual support among students. E&M graduates are recognized as leaders and facilitators who possess the ability to initiate new ideas and change. The E&M program maintains an honor society, a professional student organization and an E&M Student

Advisory Council. Alpha Pi Mu is a nationally recognized honor society that recognizes the top 20 percent of juniors and seniors in the Engineering & Management program. The Student Association for Engineering Management (SAEM) regularly hosts business leaders and representatives who engage students in discussions that range from career opportunities to current industry trends and issues. The

Student Advisory Council serves as an academic advisory group and aids in assessment of the program

outcomes and student activities within the program.

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Curriculum The Engineering & Management program confers the Bachelor of Science (BS) degree upon completion of the 120 credit-hour program requirements. A candidate for the bachelor’s degree must not only pass all prescribed courses in the E&M curriculum, but must also meet all other graduation requirements and Clarkson Common Experience requirements stated in the Academic Requirements section of this catalog. The Engineering & Management student is encouraged to use program professional electives to focus on specific career objectives. Students work closely with their advisor to select electives that best suit these objectives. Students often choose to pursue a minor in project management, a concentration in global supply chain management, or courses in construction management.

Engineering & Management Curriculum

First Semester Credits Second Semester Credits

CM 131 Chemistry I 4 BY 160 Or CM 132

Cellular and Molecular Biology5

Chemistry II

3

4

EM 120 Team-Based Design & Innovation1,3

3 EM 121 Technological Entrepreneurship1,3

2

EM 205 Intro to Financial & Managerial Accounting

3 EM 211 Intro to Enterprise Information Systems2

3

MA 131 Calculus I 3 MA 132 Calculus II 3

UNIV 190 The Clarkson Seminar 3 IS 110 Intro to Business Intelligence & Data Analytics2,3

3

FY 100 First-Year Seminar 1

Total 17 Total 15

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Third Semester Credits

Fourth Semester Credits

EC 350 Economic Principles & Engineering Economics

3 EM 380 Project Management 3

EM 286 Organizational Behavior 3 ES 220 Statics 3

LW 270 Law & Society 3 PH 132 Physics II 4

STAT 383 Applied Statistics I 3 MA 232 Differential Equations 3

PH 131 Physics I 4 University Course 3

Total 16 Total 16

Fifth Semester Credits

Sixth Semester Credits

EM 333 Operations Research 3 EM 331 Operations & Supply Chain Management

3

ES 260 Or ES 222 Or EE 264

Materials Science Or Strength of Materials Or Digital Design1

3 EM 451 Quality Management & Lean Enterprise

3

ES 330 Fluid Mechanics 3 ES 250 Electrical Science 3

MA 231 Calculus III 3 FN 361 Financial Management 3

MK 320 Principles of Marketing 3 Professional Elective 3

Total 15 Total 15

Seventh Semester Credits

Eighth Semester Credits

COMM 217 Public Speaking1 3 EM 456 Process Engineering & Design1,3,4

3

EM 432 Organizational Policy & Strategy1

3 Free Elective 3

ES 340 Thermodynamics 3 Knowledge Area 3

Knowledge Area 3 Professional Elective 3

Professional Elective 3

Total 15 Total 12 1Communications intensive (CI) – Students must earn a minimum of six (6) CI points outside of UNIV190 to meet graduation requirements. 2Information technology-based courses 3Technology course that meets CCE requirement 4Students must take EM 456 or another senior capstone design course approved by the Director of E&M. 5Students who take BY 160 rather than CM 132 will need to complete one more credit of coursework to reach 120 credits See Academic Requirements for details of the Clarkson Common Experience including the First-Year Seminar, the Clarkson Seminar, Knowledge Area (KA) courses, University Courses (UC), and related requirements. Students are required to take five courses which cover four of the six specified CCE knowledge areas; one University course (UC) must span two Knowledge Areas. All students will participate in a project-based professional experience such as co-op, internship, directed research or community project related to the student’s professional goals.

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BS In Innovation and Entrepreneurship The Innovation and Entrepreneurship (I&E) major is designed to leverage existing strengths in innovation and entrepreneurship by offering students a cross-disciplinary, flexible major that provides them with the knowledge and skills to:

1. Develop and manage the innovation process 2. Plan and commercialize innovations 3. Evaluate and manage innovation opportunities 4. Participate in and manage ideation and the new product development process 5. Understand the legal and policy issues associated with new ventures 6. Stimulate and manage the creation of new business enterprises both within an existing

corporate structure and as start-up enterprises Toward this end, students are required to have fundamental knowledge of the creative process, market analysis and research, consumer behavior, commercialization, and organizational design. Students may choose to deepen their knowledge by further study in negotiations, e- business, venture finance, management of technology, and project management. Students earning a degree in Innovation and Entrepreneurship must complete 120 credits including the following: 33 credits of Clarkson Common Experience requirements (including the Clarkson Seminar, two mathematics courses (calculus and statistics), two science courses (one of which must include a lab), five knowledge area courses, and a technology course); 42 credits of foundation coursework in business; 27 credits of specialized business courses to satisfy the major requirements; and 18 credit hours of electives. Since 50% of coursework must be taken outside the School of Business (no more than 3 economics and 2 statistics courses can count as non-business courses), most of the electives, depending on courses chosen for the Clarkson Common Experience, will need to be taken in other schools within Clarkson University. Required Courses

EC 370 Economics of Innovation SB 322 Designing and Leading Innovation Ventures

SB 440 Innovation and Entrepreneurship Strategy SB 437 Commercializing Innovation MK 321 Consumer and Buyer Behavior MK 332 Marketing Research MK 436 Creativity, Innovation & New Product Development

Students choose 3 Professional Electives:

AC 305 Cost Accounting AC 407 Taxation of Business Entities

FN 455 Venture Capital and Private Equity LW 471 Law and Society II MK 306 Professional Sales OM 380 Project Management OM 476 Management of Technology SB 356 Invention Development and Protection

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The following would be the typical third and fourth year plan. There is enough flexibility so that students studying abroad during the third year should still be able to complete the degree requirements.

Innovation and Entrepreneurship Curriculum

Fifth Semester Credits Sixth Semester Credits

EC 370 Economics of Innovation 3 MK 332 Marketing Research 3

FN 361 Financial Management I 3 SB 322 Designing & Leading Innovative Ventures (or OS 352)

3

MK 321 Consumer and Buyer Behavior

3 Professional Elective 3

OS 352 Strategic Human Resource Management (or SB 322)

3 Knowledge Area Course 3

Non-Business Elective 3 Free or Non-Business Elective

3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

MK 436 Creativity, Innovation and New Product Development

3 OS 432 Organizational Policy and Strategy

3

Professional Elective 3 SB 440 Commercializing Innovation

3

Knowledge Area Course 3 SB 437 Innovation and Entrepreneurship Strategy

3

Non-Business Elective 3 Knowledge Area Course 3

Free or Non-Business Elective

3 Free Elective 3

Total 15 Total 15

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BS In Financial Information and Analysis The field of Financial Information and Analysis (FIA) provides students with expertise in the wide range of issues common to both finance and accounting. This includes the role of accounting as the basic language of business, the importance of accounting information systems in organizational decision making, and the use of this information by financial decision makers in managing assets and investments. The knowledge and skills developed through our unique curriculum provide graduates with the ability to succeed in a workplace through integration of the traditional functions of finance and accounting. The FIA curriculum gives each student a fundamental knowledge of managerial and cost accounting, and financial statement analysis. Career opportunities for graduates in FIA can be found in the fields of management accounting, accounting information systems design, financial management, investment management, financial services, and corporate financial planning. Students who are interested in pursuing a career in accounting and preparing for their CPA, can select the accounting concentration. Students in the accounting concentration would take all six courses required for the FIA major (three accounting courses and three finance courses) and would fill their remaining professional electives plus one free elective with accounting courses. The following courses are required for the concentration; AC407 – Taxation of Business Entities, AC421 – Accounting Information Systems, AC431 – Advanced Accounting: Invest. & Ownership Interests, and AC436 – Auditing. Students earning a degree in Financial Information and Analysis must complete 120 credits including the following: 33 credits of Clarkson Common Experience requirements (including the Clarkson Seminar, two mathematics courses(calculus and statistics), two science courses (one of which must include a lab), five knowledge area courses, and a technology course); 42 credits of foundation coursework in business; 27 credits of specialized business courses to satisfy the major requirements; and 18 credit hours of electives. Since 50% of coursework must be taken outside the School of Business (no more than 3 economics and 2 statistics courses can count as non-business courses), most of the electives, depending on courses chosen for the Clarkson Common Experience, will need to be taken outside the School of Business. An undergraduate student who successfully earns a degree in Financial Information and Analysis can apply to the Masters of Business Administration program at Clarkson. Successful completion of the MBA program, with an emphasis in accounting, allows a student to fulfill the 150 credit hour requirement necessary to sit for the certified public accounting licensure examination. Required Courses

AC 305 Cost Accounting AC 311 Intermediate Financial Accounting I

AC 312 Intermediate Financial Accounting II FN 462 Investments FN 464 Financial Management II FN 470 Strategic Financial Management

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Students choose 3 Professional Electives from the following: AC 407 Taxation of Business Entities AC 421 Accounting Information Systems AC 431 Advanced Accounting Investment AC 436 Auditing FN/EC 468 Financial Markets and Institutions FN 455 Venture Capital and Private Equity FN 467 International Finance FN 474 Models for Financial Analysis FN 575 and/ or FN 576*

Professional Fund Management I Professional Fund Management II (must total at least 3 credits)

LW 471 Law and Society II *FN 575/ FN 576 may be used for only one professional elective

The following would be the typical third and fourth year plan. There is enough flexibility so that

students studying abroad during the third year should still be able to complete the degree

requirements.

Financial Information and Analysis Curriculum

Fifth Semester Credits Sixth Semester Credits

FN 361 Financial Management II 3 AC 311 Intermediate Financial Accounting I

3

OS 352 Strategic Human Resource Management

3 AC 305 Cost Accounting 3

Knowledge Area Course 3 FN 462 Investments 3

Free Elective 3 Knowledge Area Course 3

Non-Business Elective 3 Non-Business Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

AC 312 Financial Reporting and Analysis II

3 FN 470 Strategic Financial Management

3

FN 464 Financial Management II 3 OS 432 Organizational Policy and Strategy

3

Non-Business Elective 3 Professional Elective 3

Professional Elective 3 Knowledge Area Course 3

Professional Elective 3 Non-Business Elective 3

Total 15 Total 15

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BS In Business Intelligence and Data Analytics Business intelligence and data analytics involves tools and practices that drive access, analysis, and interpretation of business data. This analysis leads to improved decision making and performance across the value chain. These tools and skills are essential in today’s data driven economy. The Bachelor of Science in Business Intelligence and Data Analytics (BIDA) degree will help create process-oriented information managers with the ability to develop keen data- driven insights into business problems and solutions. Graduates will be able to work effectively with a range of organizational stakeholders with varying knowledge and skill bases - from data scientists to field salespeople. Graduates will be able to identify and use proper data and analysis tools for effective problem solving and importantly, will be able to communicate information effectively across the organization to promote and support clear, balanced, and transparent decision-making. Students graduating with the BIDA major will have the following knowledge and skills:

1. An understanding of the components of information systems: Enterprise Resource Planning platforms, Business Intelligence, Database Management Systems, Data Analytics Technologies, and emerging innovations in the field

2. An understanding of, and experience with, the software application design, development, and deployment process

3. The ability to use industry-recognized business systems such as SAP ERP and analysis tools such as Microsoft Excel

4. An understanding of the business requirements underlying all data collection and analysis. 5. The ability to work closely with business practitioners across all disciplines to help provide the

data and analysis that is necessary and relevant for organizational decision makers 6. A working knowledge of databases, including structure and usage in multiple business contexts

across disciplines, industries, and organizations, and fundamental knowledge of tools such as SQL (Structured Query Language)

7. A working knowledge of data collection methods, including structured and unstructured data, and the process by which the data is extracted, transformed, and loaded into the various types of information systems for analysis

8. The ability to perform a variety of data analyses, such as pivot table analysis, optimization, and statistical analysis

9. The ability to communicate the results of data analysis to organizational decision makers and other stakeholders in different forms, including reports, tables, graphs, as well as real-time visualization tools and dashboards

Graduates with a BIDA degree will have a great deal of flexibility upon graduation. They may become data acquisition experts or analysts, database administrators, or pursue a graduate degree in the data science field. They may also pursue a career in the more traditional information systems field such as IT project managers or enterprise system consultants. Students earning a degree in Business Intelligence and Data Analytics must complete 120 credits including the following: 33 credits of Clarkson Common Experience requirements (including the Clarkson Seminar, two mathematics courses (calculus and statistics; MA131 is recommended, followed by STAT282 and MA239, Elementary Linear Algebra, as a non-business elective), two science courses (one of which must include a lab), five knowledge area courses, and a technology course); 42 credits

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of foundation coursework in business; 21 credits of specialized courses to satisfy the major requirements; and 6 credit hours of professional electives. Note that 50% of coursework must be taken outside the School of Business (no more than 3 economics and 2 statistics courses can count as non-business courses), so most of the electives will need to be taken outside the School of Business, depending on courses chosen for the Clarkson Common Experience. Required Courses

CS 141 Or EE 261 Or IS 237

Introduction to Computer Science Introduction to Programming and Software Design Introduction to Application Development

IS 211 Applied Data Analytics

IS 314 Database Design and Management IS 400 Process and System Analysis and Modeling IS 415 Data warehousing for Analytics IS 426 Big Data Architecture IS 437 Data Analytics Project: Planning, Development, and Data Analysis

Students choose 2 Professional Electives from the following:

AC 421 Accounting Information Systems COMM 345 Information Design

CS 460 / EE 468 Database Systems EM 333 Elements of Operations Research (pre-requisite courses include MA 131, MA

132, and STAT 383) IS 428 Information Systems for Supply Chain Management OM 380 Project Management

The following would be the typical third- and fourth-year plan. There is enough flexibility so that students studying abroad during the third year should still be able to complete the degree requirements. Note that for this major, IS237 Introduction to Programming and Application Development, or CS141 Introduction to Computer Science I or EE261 should be taken prior to the junior year.

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Business Intelligence and Data Analytics Curriculum

Fifth Semester Credits Sixth Semester Credits

FN 361 Financial Management 3 IS 415 Data Warehousing for Analytics

3

IS 314 Database Design and Management

3 Professional Elective 3

OS 352 Strategic Human Resource Management

3 Free or Non-Business Elective

3

Non-Business Elective 3 Knowledge Area Course 3

Knowledge Area Course 3 Free Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

IS 400 Process and Systems Analysis and Modeling

3 IS 437 Data Analysis Project 3

IS 426 Big Data Architecture 3 OS 432 Organizational Policy and Strategy

3

Professional Elective 3 Non-Business Elective 3

Free or Non-Business Elective

3 Non-Business Elective 3

Non-Business Elective 3 Knowledge Area Course 3

Total 15 Total 15

Minor and Concentrations in Business The minor in business is designed for students with a major outside of the Reh School of Business who wish to pursue a collateral area in business. Completion of the minor provides broad exposure to the foundations of major business functions. These areas include accounting, economics, finance, law, organizational behavior, operations management and marketing. All students choosing to minor in business must complete 18 credit hours, or six courses, from among the following:

AC 205 Introduction to Accounting for Decision Analysis

EC 150 or EC 350*

Principles of Microeconomics Economic Principles and Engineering Economics

EC 151 or EC 350*

Principles of Macroeconomics Economic Principles and Engineering Economics

FN 361 Financial Management I LW 270 Law and Society I MK 320 Principles of Marketing OM 331 Operations and Supply Chain Management OS 286 Organizational Behavior

*Students who complete EC 350 – Economic Principles and Engineering Economics are exempt from taking EC 150 and EC 151. EC 350 covers material from both EC 150 and EC 151. EC 350 will satisfy one

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course towards the minor. Students must then choose their remaining five classes from AC 205, LW 270, OS 286, FN 361, OM 331 or MK 320. Corporate Innovation Minor Students taking this minor will learn and gain experience in Corporate Innovation. Corporate Innovation includes a variety of processes and tools that companies use to invent new products and processes, improve existing products and processes, and bring these new and improved products/processes to market. This minor will provide students with the ability to recognize opportunities for invention and improvement. Students will develop creative thinking, analytical, and problem solving skills to invent new or improve existing methods/products/processes within the resource base and constraints of organizations. There will be opportunities to address unstructured and ill-defined problems, take informed risks, and manage those risks knowledgeably in an effort to move inventions & improvements into the marketplace. Students will develop persuasion and selling skills to convince others inside and outside medium/ large organizations to support and/ or adopt the innovation. All students choosing to minor in Corporate Innovation must complete 15 credit hours (5 courses), maintain a 2.0 average in minor courses, and satisfy the requirements indicated. Required Courses

SB 236 Introduction to Customer-Focused Design Choose one of the two:

MK 436 Creativity, Innovation, and New Product Development SB 437 Commercializing Innovation Choose one course from each of the three areas: Problem Solving in Organizations EC 370 Economics of Innovation MK 332 Marketing Research MK 321/ PY 321 Consumer Behavior OM 380/ EM 380 Project Management OM 451/ EM 451 Quality Management & Lean Enterprise OM 476/ EM 476 Management of Technology Persuasion MK 306 Professional Sales OS 466 Negotiation and Relationship Management PY 253 Social Psychology Experiential Innovation (analyzing and solving an unstructured problem) Any of the school of Engineering Senior Design Courses, including but not limited to: CE 492 Senior Design (Building, Architectural) CE 493 Senior Design (Transportation Systems) ME 445 Integrated Design I EM 456 Capstone Design Project for E&M Seniors SB 356 Invention Development & Protection

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With approval by the Reh School of Business Dean's office, or a faculty member appointed by the Dean, a student may substitute up to one course within the three elective areas immediately above with a similar course encompassing innovation as its core objective. This course could focus on designing novel solutions to engineering, technical, or social problems or the analysis, design, and implementation of operational improvements at a company. This course can come from any department on campus. Minor in Economics The development of an understanding in economics is not only necessary for all managers but also for all those seeking to understand how and why economic forces affect and shape the society and the world we live in. The success of any business ultimately depends on the decisions its managers make concerning the allocation of resources under differing market and economic conditions. Successful decision making requires a good understanding of markets and the central role that economic incentives play within and outside the firm. The Clarkson economics minor is designed to give students the basic tools and analytical background in economic analysis. The minor in economics can complement almost any major, whether in arts and sciences, business or engineering. The minor in economics consists of 18 credit hours of economic courses as follows:

EC 150 or EC 350*

Principles of Microeconomics Economic Principles and Engineering Economics

EC 151 or EC 350*

Principles of Macroeconomics Economic Principles and Engineering Economics

EC 311** Introduction to Econometrics

*A students may not take EC 150 or EC 151 if a student has taken EC 350. Entry to EC 350 is limited to students who have declared a major in Engineering and Management or a major in the School of Engineering. **Students who have completed STAT 383 Probability and Statistics are exempt from EC 311 but will have to complete another upper level Economics course to replace EC 311. Three or four electives (9 credit hours) of 300- or 400-level EC designated courses if a student has taken EC150 and EC151. Four electives (12 credit hours) of 300- or 400-level EC designated courses if a student has taken EC350. Minor in Human Resource Management The Human Resource Management (HRM) minor is available for students in all majors who want to prepare themselves for managerial, human resources, or consulting careers. The HRM minor provides an in-depth foundation for managing people in organizations, drawing upon relevant theories of organizational behavior, research evidence on HRM practices and systems, and recent HRM innovations. Students will develop capabilities in key HR areas such as selection, training and development, performance measurement, compensation, and HR metrics, among others. The HRM minor emphasizes the strategic aspects of HRM, with a focus on enhancing organizational outcomes for multiple stakeholder groups, including shareholders and employees. All students choosing to minor in Human Resource Management must complete the following courses totaling 15 credits:

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Required Courses

OS 286/PY 286/ EM 286

Organizational Behavior

OS 352 Strategic Human Resource Management

OS 452 Advanced Human Resource Management Any 2 of the following courses: EC 475 Personnel Economics EHS 309 Industrial Hygiene EHS 330 Safety Analysis- Environmental, Health, and Safety Assessment LW 466 Law of the Workplace OS 466 Negotiations and Relationship Management

Minor in Law Studies The minor in Law Studies is designed for students with an interest in studying law. The minor is beneficial for students who wish to structure their academic program to help prepare for law school. The minor will also serve the needs of students such as those who have an interest in human resource management, political science, construction management and supply chain management who want to learn more about the field of law and its many diverse issues and perspectives. All students choosing to minor in Law Studies must complete 18 credit hours (six courses), maintain a 2.0 average in minor courses and satisfy the requirements indicated below. Perspectives of the Law (required)

LW 270 Law and Society I POL 400 Constitutional Law

Law Studies Minor Portfolio (required) LW 499 Law Studies Minor Portfolio

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The lists below includes current selected minor courses. For the complete list, contact either the Associate Dean of Arts & Sciences at 315-268-6411 or the Associate Dean of Business at 315-268-2300. Areas of Law (Take 2 of the following):

LW 466 The Law of the Workplace LW 471 Law and Society II

POL 371 Environmental Law LW 352 Reading of the Law: Legal Issues in Non-Fiction Literature POL 380 Law and Bioethics POL 362 Human Rights Law and Politics Policy/Social Issues (Take 1 of the following): COMM 310 Mass Media and Society COMM 428 Public Debate and the Environment LIT 335/POL 335 Violence & Reconciliation PHIL 243 Business Ethics PHIL 310 World Religions & Contemporary Issues PHIL 405 Sustainability Theory & Practice POL 372 Biofuel & Farm Policy POL 470/SOC 470 Environmental Policy POL 471 Energy Policy SOC 330 Health, Wealth, Integrity & Environment LW 490 Internship (Subject to availability) Communication (Take 1 of the following): COMM 210 Theory of Rhetoric for Business, Science, and Engineering COMM 217 Introduction to Public Speaking COMM 410 Theory and Philosophy of Communication COMM 417 Business and Professional Speaking PHIL 330 Logic for Critical Thinking

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Product Development & Marketing Minor This minor is for students interested in exploring concepts and tools associated with the design and marketing of new products. Courses support four dimensions of product development: a) new product planning - plan and develop the entire lifecycle of a product, b) understanding the social and environmental impact of technical solutions, c) establishing functional, technical, and aesthetic components of product design, and d) generating virtual and physical prototypes. Coursework in this minor also supports learning about marketing new products, including crafting a clear message, identifying appropriate distribution channels, customer acquisition and engagement, customer co-innovation, and using social media and analytics to manage messaging. All students choosing to minor in Product Development and Marketing must complete 21 credit hours (seven courses), maintain a 2.0 average in minor courses and satisfy the requirements indicated below. Four required courses include:

SB 236 OR COMM 229 OR SB 322

Introduction to Customer-Focused Design Principles of User Experience Design Designing and Leading Innovative Ventures

Plus:

MK 320

Principles of Marketing

MK 321/ PY 321 Consumer Behavior

MK 332 Marketing Research MK 436 Creativity, Innovation, New Product Development Two courses from the following: COMM 100/ DA 100

2D Digital Design

COMM 210 Theory of Rhetoric for Business, Science, and Engineering COMM 219 Introduction to Social Media COMM 345 Information Design EC 370 Economics of Innovation SB/EM 356 Invention Development & Protection Required: New Product Development and Marketing Portfolio MK 419 New Product Develop and Marketing Portfolio*

*Students must complete a 0-credit new product development and marketing portfolio (MK 419) to maintain a repository of work from the minor classes related to work during their time at Clarkson. The portfolio will include material from four design projects completed by the student during their Clarkson experience.

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Minor in Quality Based Project Management Clarkson University offers a minor in Project Management that is available to all undergraduate students. This minor is intended for students in all majors who want to prepare themselves for potential careers in project-centered work. A unique benefit of this minor is that students can pursue certification through the Project Management Institute (PMI)™ after completing the requirements of minor. PMI’s Certified Associate of Project Management (CAPM)® is considered the pathway to the Project Management Professional (PMP)® certification that is rapidly emerging as one of the fastest growing professional certifications in many industries and career areas. Additionally, certain students may opt to sit for the American Society for Quality’s “Certified Quality Improvement Associate” exam since the Quality Management course covers the body of knowledge for that particular certification. Students who pursue the minor are under no obligation to sit for the CAPM® or CQIA®, which require an application and separate fee, completed and paid for by the student. To achieve a minor in “Quality-based Project Management,” students must maintain a 2.0 average in the five (5) three-credit courses, distributed in the following fashion:

Two required courses: OM 380/EM 380 Project Management OM 451/EM 451 Quality Management and Lean Enterprise

One of the following courses: OM 484/EM 484 OR Advanced Project Management EM 482 Systems Engineering and Management

Elective courses (choose any pair): OS 286/EM 286 AND OS 352

Organizational Behavior AND Strategic Human Resource Management

OR OS 286/EM 286 AND OS 466

OR Organizational Behavior AND Negotiations and Relationship Management

OR OM 331/EM 331 AND OM 476/EM 476 OR EM 482* OR OM 484/EM 484*

OR Operations and Supply Chain Management AND Management of Technology OR Systems Engineering and Management OR Advanced Project Management

*Students can take whichever was not selected previously

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Concentration in Global Supply Chain Management for E&M Majors The principles behind supply chain management focus on developing seamless flows of raw materials, products/services, information, and financial capital. The supply chain starts at the initial design process and includes raw material sourcing, logistics and continues through the delivery of that product or service to the end customer, with a goal of creating customer satisfaction at optimal cost. A concentration in Global Supply Chain Management offered through the School of Business is available to E&M students. It requires 15 or more credit hours of specified coursework. Completion of an approved concentration is indicated on a student’s transcript. Three required courses:

EM 341 Supply Chain Design & Management EM 381 Logistics Management

EM 371 Strategic Sourcing Students must choose two courses from the following: EM 451 Quality Management & Lean Enterprises OS 466 Negotiations and Relationship Management IS 428 Information Systems for Supply Chain Management

Co-ops, Internships, and Professional Experience Students are required to gain professional work experience and are encouraged to participate in the University Co-op or Internship Program. Please refer to the Career Center for more details on these programs. Additionally, the Reh School of Business may approve internships independently arranged by a student as fulfilling the professional experience requirement.

Global Study Requirement All business majors are required to complete a global studies requirement. Students interested in cultural and trade relations between the United States and other countries may participate in the University International Student Exchange Program. It is expected that qualified students will complete a study exchange for at least one semester. Please refer to the International Center for more details on this program. If a student is not eligible for the Student Exchange Program, there are other options available for the student to fulfill the global study requirement, including participation in a two or three week faculty led trip (UNIV 399 Global Business Experience) to a foreign country.

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WALLACE H. COULTER SCHOOL OF ENGINEERING “Technology Serving Humanity” William Jemison, Dean, bjemison@clarkson.edu John Moosbrugger, Associate Dean for Academic Programs, jmoosbru@clarkson.edu In our modern technological society, engineers and scientists must work together with a variety of other professionals in seeking solutions to complex problems. Revolutionary advances in applied science and technology have broadened the horizons of engineering. At the same time, these advances have created a multitude of challenging multidisciplinary problems in virtually every sphere of human activity. The role of engineers in today’s society has become more and more critical. Engineers require not only a knowledge of fundamentals for finding solutions to problems, but they must be aware of the broad social, economic, political, and environmental implications of their ventures. The engineering programs at Clarkson are designed to provide students with a foundation in science, engineering, humanities, and management. Our goal is to make sure Clarkson graduates are highly competent in their chosen fields while at the same time they are alert on their responsibilities to society and truly practice “Technology Serving Humanity.” In preparing students to become effective contributors to society and industry, Clarkson University has developed an award-winning program called SPEED (Student Projects for Engineering Experience and Design). The current seventeen SPEED projects, including FIRST Robotics and Mini-Baja, encompass multidisciplinary and socially responsible approaches to solving real-world problems. Not only do the SPEED projects involve design and fabrication, they also incorporate marketing, public relations, communications, and management resulting in teams being made up of engineering, business, science, and liberal arts students. The Coulter School also provides opportunities for research experience for undergraduates (REU) involving participation of students in faculty research labs. These programs offer opportunities for students to amass the necessary "real-world" experiences and professional skills through several engineering design projects and research experiences. In spring 2002, Clarkson announced that the Wallace H. Coulter Foundation had made a $30 million commitment to the University in support of ongoing excellence in its engineering and science programs. This gift reinforces and broadens Clarkson’s most successful learning and research activities in support of the theme “Technology Serving Humanity.” Clarkson’s School of Engineering has been named the Wallace H. Coulter School of Engineering in recognition of the Foundation’s generous gift and the late Wallace Coulter’s dedication to the University as a trustee. Wallace H. Coulter was a renowned inventor and entrepreneur. He became acquainted with Clarkson through his collaboration with colloid scientists on the faculty. In 1979 he received an honorary doctorate, and he served as a trustee of the University from 1983 to 1989. Through the years he maintained close connections with Clarkson, supporting research projects and establishing an endowed scholarship.

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The grant funds funded five key areas: team project-based learning activities; endowed chairs and endowed fellowships; a new programs in rehabilitation biomedical engineering; upgrades of laboratory facilities; and scholarships for both minority students and women pursing a degree in engineering. Growth in these evolving areas will complement and reinforce the programs and curricula described in this catalog. The Coulter School of Engineering comprises the Departments of Chemical and Biomolecular, Civil and Environmental, Electrical and Computer, and Mechanical and Aeronautical Engineering. Faculty and students also participate in the interdisciplinary Engineering and Management, Software Engineering, and Undergraduate Interdisciplinary Minors. More information can be found in the Interdisciplinary Program section of the catalog.

Faculty Chemical and Biomolecular Engineering Elizabeth Podlaha-Murphy Chair; Professors: Sitaraman Krishnan, Selma Mededovic; Distinguished University Professor S. V. Babu; Liya Regel and Bill Wilcox Distinguished Professor of Engineering Ross Taylor; Assistant Professors: Joshua Bennett, Yuncheng Du, Taeyoung Kim, Simona Liguori, Ian McCrum, Shunsuke Nakao, Eunsu Paek; Emeritus Professors: Ruth Baltus, Richard McClusky, John McLaughlin, Shankar Subramanian

Civil and Environmental Engineering John Dempsey Professor and Chair of Civil and Environmental Engineering; Professors: Andrea R. Ferro, Stefan J. Grimberg, Thomas M. Holsen, Sulapha Peethamparan, Susan E. Powers, Steven Wojtkiewicz, Weiming Wu; Associate Professors: Shane Rogers, Tyler Smith; Assistant Professors: Abul Baki, Behzad Behnia, Pedro Fernández-Cabán, Ian Knack, Robert Thomas, Suguang Xiao, Yang Yang; Distinguished Research Professor in Hydraulic Engineering Hung Tao Shen; Professor of Practice and Director of Construction Engineering Management Erik Backus; Distinguished Service Professor Spencer Thew; Instructor: William Olsen; Adjunct Associate Professor Brooks Washburn; Adjunct Instructors: Robert Curtis, Cory McDowell, Kevin Hickey, Leo Titus, Wayne Thompson; Professor Emeritus Norbert L. Ackermann, Gordon B. Batson, Levon Minnetyan, Hayley H. Shen

Electrical and Computer Engineering Paul B. McGrath Professor and Chair of Electrical and Computer Engineering; Professors:, David Crouse, Thomas H. Ortmeyer, Ming-Cheng Cheng , Daqing Hou, Charles Robinson, Stephanie Schuckers, William Jemison; Associate Professors: Mahesh Krishna Banavar, James J. Carroll, , Abul N. Khondker, Chen Liu, Jack Koplowitz, Jeanna Matthews; Assistant Professors:, , Yu Liu, , Chee- Keong Tan, Tuyen Vu, Natalie Kurgan, Faraz Hussain, Jianhua Zhang, Yazhou Jiang, Masudul Imtiaz and Wei Yan. Distinguished Research Professor Liya L. Regel; Director of Undergraduate Labs Ajay Sonar.

Mechanical and Aeronautical Engineering Brian Helenbrook Professor and Chair of Mechanical and Aeronautical Engineering; Professors: Goodarz Ahmadi, Daryush K. Aidun, Cetin Cetinkaya, Suresh Dhaniyala, Chunlei Liang, John Moosbrugger, Kenneth Willmert; Associate Professors: Ajit Achuthan, Doug Bohl, Byron Erath, Kevin Fite, Carl Hoover, Kathleen Issen, Laurel Kuxhaus, Marcias Martinez, Ioannis Mastorakos, Arthur

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Michalek, Pat Piperni, Kenneth D. Visser, Philip Yuya; Assistant Professors:Michael Bazzocchi, Craig Merrett; Instructor Ronald Buckingham; Adjunct Professor David Wells

Undergraduate Programs

The eight semester undergraduate degree granted in engineering is the Bachelor of Science (BS), with specialization in one of the nine programs accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org:

1. Aeronautical Engineering 2. Chemical Engineering 3. Civil Engineering 4. Computer Engineering 5. Electrical Engineering 6. Engineering & Management

*Program administered by the Reh School of Business 7. Mechanical Engineering 8. Software Engineering 9. Environmental Engineering

A candidate for the bachelor’s degree must not only pass all prescribed courses in one of the eight semester engineering curricula, but must also meet all of the other graduation requirements and Clarkson Common Experience requirements. Minors and Professional Concentrations Clarkson’s engineering curricula contain a number of elective courses. Furthermore, many students have room for additional courses through advanced placement, overloading, and by taking courses in the summer. Therefore, engineering students, in consultation with their advisors, have an opportunity to formulate academic programs that reflect individual interests, career goals, and areas of professional specialization. See Professional Concentrations in Engineering and Minors and Concentrations.

Engineering Studies

Some students entering the School of Engineering are not sure which academic discipline to pursue. These students may choose the Engineering Studies Program. A Director of Engineering Studies and support faculty serve as advisors to these students, and assists them in selecting curricula. For additional information, consult with the Associate Dean of Engineering for Academic Programs at 315-268-6446. The Engineering Studies classification affords students with an opportunity to learn more about various programs within the School of Engineering prior to selecting a specific program. Undergraduates may choose between; Aeronautical Engineering, Chemical Engineering, Civil Engineering, Computer Engineering, Electrical Engineering, Environmental Engineering, Mechanical Engineering and Software Engineering.

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Combined BS Engineering MBA or ME/ MBA Programs By proper selection of electives, in five years a Clarkson student can receive a BS in engineering and a master’s degree in business administration. This may require course overloads in some semesters and/or attendance at summer school. Interested students should contact the School of Business regarding the five-year BS/MBA option. Students with a B.S in engineering also have an option to earn both a master’s degree in engineering and a master’s degree in business administration in two years.

Pre-Law Please see the Pre-Professional Program section of the catalog for more information.

Engineering Student Organizations and Design Competitions In addition to the University organizations, Clarkson has student-led chapters of the following professional organizations:

1. American Indian Science and Engineering Society 2. American Institute of Aeronautics and Astronautics 3. American Institute of Chemical Engineers 4. American Society of Civil Engineers 5. American Society of Mechanical Engineers 6. Association of General Contractors 7. Associated Schools of Construction 8. Institute of Electrical and Electronic Engineers 9. National Society of Black Engineers 10. New York Water Environment Association 11. Society for Hispanic Professional Engineers 12. Society of Automotive Engineers 13. Society of Women Engineers

Each department has an honorary society, and there is an all-engineering honorary society. Students can participate in national competitions.

1. Chem E Car 2. Clean Snowmobile 3. Concrete Canoe 4. Construction Management 5. Design, Build, Fly 6. FIRST Robotics 7. Formula SAE 8. Formula SAE Electric 9. Human Powered Vehicle 10. Mini-Baja SAE 11. Steel Bridge 12. Timber Bridge

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Transfer Programs Both 2+2 and 3+2 transfer programs are available at Clarkson.

Undergraduate Engineering Programs Common First-Year Engineering Curriculum For all majors the first two semesters are nearly identical in the undergraduate engineering curricula. Therefore, students may defer the selection of a major field of study until the beginning of the sophomore year. Beginning with the junior year, a significant amount of specialized material is incorporated into each curriculum. In the senior year, coursework is concentrated in the student’s chosen field. Courses in humanities and social sciences are taken throughout the four-year program as part of the Clarkson Common Experience.

Common First Year Curriculum in Engineering*

First Semester Credits Second Semester Credits

CM 131 Chemistry I 4 CM 132/ BY 160/ CS 141

Chemistry II Biology II** Intro to Comp Science**

4

MA 131 Calculus I 3 ES 100 Introduction to Engineering

2

PH 131 Physics I 4 ES 110 Engineering and Society or equivalent***

3

FYPE 100 First Year Seminar 1 MA 132 Calculus II 3

UNIV 190 The Clarkson Seminar 3 PH 132 Physics II 4

Total 15 Total 16

*This is a typical curriculum sequence, listing courses that are required for all engineering majors, except Engineering and Management. Not all students will complete these courses in the first year. For example, some students will take ES 110 in lieu of PH 131 in the first semester, then PH 131 in the second semester and PH 132 in the third semester. **Mechanical and Aeronautical Engineering majors can substitute BY 160 for CM 132. Students who do not also take BY 162 (Biology II Laboratory) should consult with their advisor to insure they will meet the 120 credit hour requirement. Chemical, Civil, and Environmental Engineering require CM 132. Electrical, Computer, and Software Engineering require CS 141. ***ES 110 or equivalent is a required Knowledge Area course. A total of five Knowledge Area courses must be taken, and these give courses must cover at least four of the six knowledge areas. At least one of these courses must be a university course. University courses are interdisciplinary courses that cover two or more knowledge areas. One of the knowledge area electives must be an economics course, EC 350 is required for most degrees.

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BS In Aeronautical Engineering The Program Educational Objectives (PEOs) are: The PEOs for the Aeronautical Engineering program are to produce graduates who: PEO1: competently apply engineering methods to solve professional problems associated with the design, manufacture, and maintenance of aircraft and related systems and understand the social, ethical, and environmental context of their work. PEO2: communicate clearly, collaborate competently in teams, and assume leadership roles. PEO3: habitually engage in professional development. The Student Outcomes (SOs) are: In order to prepare our graduates to attain these objectives, we have adopted the following student outcomes that we expect our graduates to achieve: SO1: An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering science, and mathematics. SO2: An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors. SO3: An ability to communicate effectively with a range of audiences. SO4: An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts. SO5: An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives. SO6: An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions. SO7: An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

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The Aeronautical engineering program expects that graduates have a knowledge of aerodynamics, aerospace, structures, propulsion, flight mechanics, and stability and control. It is also expected that graduates have design competence that includes integration of various disciplines within aeronautical engineering. Curriculum Overview: The 120-credit program contains 87 credit hours of required technical courses, 33 credit hours of electives (including two professional electives, one undesignated elective and five Knowledge Area/University Course, KA/UC, electives). Required Technical Courses: The first two years of the curriculum cover mathematics, physics, chemistry and engineering science courses (including basic principles of statics, dynamics, solid mechanics, electrical circuits, materials and the use of computers). In the third and fourth years, students take specialized courses on topics such as aerodynamics and flight mechanics. These courses provide knowledge and skills that strongly support the second outcome listed above, which is a key element in aircraft design. The laboratory components of the first-year physics and chemistry courses introduce study of the relationship between theory and reality. This fosters the development of the student’s technical intuition. Aeronautical engineering laboratory courses add to this development. Training in professional problem-solving begins in the fall of the second year, with the first course in engineering design. The first course to train students formally in the solution process, it lays the foundation for the fourth-year capstone design course. In the capstone course, students work in teams to design an aircraft. Thus, they learn to apply the solution process to a real professional problem. Students may acquire additional professional experience by participating in the Design, Build, and Fly Competition team. They may also participate in the Formula SAE, Mini-Baja, Clean Snowmobile, or other team competitions, which are open to any student. Common Curriculum Requirements: Plans of study must include a total of five Knowledge Area (KA) courses. Students will select these so that at least one is a designated University Course, and so that together these five courses cover four distinct knowledge areas. Communication intensive course requirement will be fulfilled by a combination of courses having one or two communication points each, with a total of six points required for graduation. At least two of these six points will be earned through 300- or 400-level courses required in the major. Professional and Undesignated Electives: The professional electives must meet criteria in the Mechanical and Aeronautical Engineering (MAE) Department Student Handbook. The undesignated elective may be any college-level course that does not contain a significant amount of material already covered in other courses. It could be chosen to enrich the student’s technical or nontechnical background. Advanced (200-level or above) Aerospace Studies or Military Science courses may be used as undesignated electives.

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Aeronautical Engineering Curriculum

First Year see Common First-Year Curriculum in Engineering

First Semester Credits Second Semester Credits

MS/ AS Military Science/ Aerospace Studies (if elected)

1 MS/ AS Military Science/ Aerospace Studies (if elected)

1

Total 15 Total 16

Third Semester Credits Fourth Semester Credits

ES 220 Statics 3 AE 201 Intro to Experimental Methods in Mechanical & Aeronautical Engineering

1

ES 250 Electrical Science 3 AE 342 Intro to Comp Methods 3

ES 260 Materials Science 3 ES 222 Strength of Materials 3

MA 232 Elementary Differential Equations

3 ES 223 Rigid Body Dynamics 3

AE 212 Intro to Engineering Design

3 MA 231 Calculus III 3

KA/ UC Elective 3

Total 15 Total 16

Fifth Semester Credits Sixth Semester Credits

AE 350 Aircraft Structural Analysis

3 AE 425 Aerodynamics 3

AE 324 Dynamical Systems

3 AE 429 Aircraft Performance and Flight Mechanics

3

AE 301 Experimental Methods in Mechanical & Aeronautical Engineering

1 AE 401 Advanced Experimental Methods in Mechanical & Aeronautical Engineering

3

ES 330 Fluid Mechanics 3 AE 458 Design of Aircraft Structures

1

ES 340 Thermodynamics 3 MA 330* Advanced Engineering Mathematics*

3

KA/ UC Elective 3 Free Elective 3

Total 16 Total 16

Seventh Semester Credits Eighth Semester Credits

AE 430 Stability Control of Aerospace Vehicles

3 AE 427 Design of Propulsion Systems

3

AE 431 Gas Dynamics 3 AE 451 Aircraft Design II 3

AE 450 Aircraft Design I 3 KA/ UC Elective 3

Economics Elective 3 Professional Elective 3

Professional Elective 3 ES 499 Professional Experience 0

Total 15 Total 12

*Students can alternatively take MA 331 and (STAT 383 or STAT 389)

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BS In Chemical Engineering A BS degree in Chemical Engineering is a good foundation for many diverse careers. The Program Educational Objectives (PEOs) are: Program graduates are expected to: PEO1: practice chemical engineering* in continuing and emerging fields and/or PEO2: be successful in pursuing advanced degrees PEO3: be motivated to continually develop their knowledge and skills by, for example, taking continuing education or industry training course(s), and acquiring professional engineering certification PEO4: contribute to society and the engineering profession. *Here we define chemical engineering as the discipline that requires a thorough grounding in chemistry and a working knowledge of advanced chemistry; material and energy balances applied to chemical processes; thermodynamics of physical and chemical equilibria; heat, mass and momentum transfer; chemical reaction engineering; continuous and stage-wise separation processes; process dynamics and control; process design and appropriate modern experimental and computing techniques. The Student Outcomes (SOs) are: SO1: An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering science, and mathematics. SO2: An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors. SO3: An ability to communicate effectively with a range of audiences. SO4: An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts. SO5: An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives. SO6: An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions. SO7: An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

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Chemical engineers deal with many aspects of an industrial society, especially those challenges involving chemistry. Chemical engineers engage in a spectrum of manufacturing, sales, and research activities in a variety of industries ranging from specialty chemicals to semiconductors and food processing. Therefore, it is essential that they master the fundamentals of chemistry, physics, mathematics, biology, and engineering science. Courses in these fundamentals constitute most of the first year and sophomore year. Junior-year courses concentrate on the application of mathematics, physics, and chemistry to the physical operations and chemical processes required to obtain a desired product on an industrial scale. The senior year is composed chiefly of capstone design and laboratory courses plus electives, permitting students to concentrate on areas in which they have developed a special interest. In the capstone courses, students work in teams on open-ended projects that illustrate how engineering design concepts, introduced in the sophomore and junior chemical engineering courses, are applied in professional practice. The basic four-year curriculum prepares graduates for immediate employment in a large number of industrial and government organizations as well as for graduate work in chemical engineering or related fields. The positions traditionally filled by chemical engineers involve the design, construction, and management of chemical, petrochemical, pharmaceutical, biochemical and electronics manufacturing plants; research and development of new processes and products; improvement of existing processes and products; design and development of control systems; economic evaluation of new plants and processes; air and water pollution control; energy conservation and energy resource development; and materials engineering. The student is encouraged to develop a special interest and to take a concentration of courses in that area. The chemical engineering curriculum is designed to offer sufficient flexibility to satisfy the interests and needs of many different individuals. The curriculum provides students with a solid background for continuing their education to the MS, ME, or PhD degree in chemical engineering, environmental engineering, materials science, and other technical areas. By appropriate selection of electives, the student can also use the chemical engineering program as preparation for graduate work in law, management, medicine, or biotechnology. Personal faculty advising is provided to assist students in the selection of electives that best suit their career goals.

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Chemical Engineering Curriculum

First Year see Common First-Year Curriculum in Engineering*

Third Semester Credits Fourth Semester Credits

CH 210 Molecular Properties 3 BY 160 Cellular & Molecular Biology

3

CH 220 Mass Balances 3 CH 260 Thermodynamics & Energy Balances

3

CM 241 Organic Chemistry I 3 CM 242 Organic Chemistry II 3

MA 231 Calculus III 3 MA 232 Differential Equations 3

Engineering Science Elective

3 Knowledge Area Elective 3

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

CH 320 Phase Equilibria 3 CH 350 Chemical Engineering Lab I

1

CH 330 Transfer Process Fundamentals

3 CH 360 Chemical Reactor Analysis I

3

CM 244 Organic Chemistry Lab 3 CH 370 Design of Transfer Process Equipment

3

EC 350 Economic Principles & Engr. Economics**

3 Math Elective 3

Technical Elective 3 Engineering Science Elective

3

Knowledge Area Elective 3

Total+ 15 Total 16

Seventh Semester Credits Eighth Semester Credits

CH 410 Chemical Engineering Lab II

2 CH 460 Process Dynamics & Control

3

CH 420 Process Economics & Conceptual Design

3 Technical Elective 3

ES 499 Professional Experience 0 Engineering Electives 6

Engineering Elective1 3 Undesignated Elective2 3

Knowledge Area Elective 3

Undesignated Elective 3

Total 14 Total 15

*First Year student in chemical engineering may substitute CM103, 104, and 105 for CM 131 and 132. This enables them to take chemistry lab with the first year students majoring in chemistry. **Satisfies the Knowledge Area "Economics and Organizations" requirement 1 A safety related course such as CH430, EHS309, EHS406, or EHS416 is recommended as one engineering elective 2 The ten elective courses must be approved by the student’s faculty advisor and must be distributed as follows: two courses (each from a different field) among materials science, electrical science, and mechanics; one course in mathematics; three courses in engineering, two courses in engineering,

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science, or mathematics; two undesignated electives. An undesignated elective is any course that does not contain a significant amount of material already covered in the student’s program. Six credits of advanced (200-level or higher) Aerospace Studies or Military Science Courses may be used to satisfy the requirement for the undesignated electives. Professional Specializations Students can develop a specialty by proper selection of electives. One very effective choice is a concentration or a minor in another field such as Biomolecular Engineering, Chemistry, Environmental Health Science, Biomedical Engineering, Sustainable Energy Systems, Communication, Environmental Engineering, Materials Engineering, or Business. Not all courses listed are offered every year. See Professional Concentrations in Engineering and Undergraduate Minors in Engineering. Chemical Engineering Honors Program Chemical engineering students with a GPA of 3.5 or better and aiming for an academic or industrial research career may apply to the Honors Program at the end of the sophomore year. Course requirements in addition to the regular curriculum include: CH490 Transport Phenomena, and two math electives (the present elective plus one more) to be chosen from the following list:

CH 561/ ES 505

Chemical Engineering Analysis Design of Experiments and Analysis of Data

MA 331 Fourier Series and Boundary Value Problems

MA 339 Applied Linear Algebra

MA 377 Numerical Methods

MA 381 Probability

STAT 383 Probability and Statistics

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BS In Civil Engineering Civil engineers plan, design, and construct our nation’s physical infrastructure and take a leadership role in the responsible development and protection of our natural resources. Accordingly, the field of civil engineering encompasses several distinct disciplinary themes, including architectural engineering, construction engineering, environmental engineering, geotechnical engineering, structural engineering, transportation engineering, and water resources engineering, among others. Civil engineers always have been the forefront of such activities as designing and constructing bridges, buildings, water and wastewater treatment facilities, hydropower stations, storm drainage systems, airports, aerospace structures, and other public works. They also have taken a leadership role in eliminating the hazardous and solid wastes of society, responsibly developing surface and groundwater resources for beneficial use, managing environmental quality and minimizing the effects of pollutants, mitigating earthquake damage in large structures, and using artificial intelligence to improve the operation of transportation systems. Within the context provided by the broad profession of civil engineering described above, the mission of the Civil and Environmental Engineering Department, formally stated, is to educate talented and motivated men and women to become successful professionals through quality undergraduate, graduate, and professional continuing education programs that place a high priority on student access and interaction with faculty. This mission statement establishes the educational framework for the civil engineering degree program at Clarkson, and the curriculum objectives given below provide more detail about the program. Curriculum Objectives With an appreciation for the disciplinary diversity of Civil Engineering, Clarkson’s Department of Civil and Environmental Engineering actively pursues the educational goal of providing talented and motivated men and women with the knowledge and intellectual tools required to become successful civil engineers. It does so by permitting students to pursue individual disciplinary interests or to remain broadly based in all areas of Civil Engineering while obtaining an accredited BSCE degree (Bachelor of Science in Civil Engineering). The Program Educational Objectives (PEOs) are: The Program Educational Objectives support the mission of the Civil and Environmental Engineering Department, which is to educate talented and motivated people to become successful professionals through quality undergraduate, graduate, and professional continuing education programs that place a high priority on student access and interaction with faculty. PEO1: Civil engineering graduates apply knowledge to meet the challenges of a successful professional career. PEO2: Civil engineering graduates exhibit good communication, teamwork, and leadership skills. PEO3: Civil engineering graduates will become well-rounded citizens who rely on their engineering education to serve society with an understanding of their professional and ethical responsibilities. PEO4: Civil engineering graduates are expected to exhibit intellectual growth, continued innovation and commitment to life-long learning.

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The Student Outcomes (SOs) are: The Student Outcomes to Ensure Achievement of PEOs are: SO1a: Students will have the ability to identify, formulate, and solve complex engineering problems through application of the principles of mathematics (including differential equations), calculus-based physics, chemistry, geospatial representation, applied statistics, and principles of civil engineering. (ABET CRITERION3, outcome 1) (addresses PEO1) SO1b: Students will be experienced in, and have the ability to develop and conduct appropriate experimentation, including laboratory experimentation, to measure multiple phenomena, analyze and interpret data, and use engineering judgement to draw conclusions. (ABET CRITERION 3, outcome 6) (addresses PEO1) SO1c: Students will have the ability to apply engineering design to produce solutions that meet specified needs for the public good[1]. (ABET CRITERION 3, outcome 2) (addresses PEO1) SO1d: Students will have the ability to apply learning strategies and modern engineering tools, to identify, formulate and design solutions for complex engineering problems. (ABET CRITERION 3, outcome 7) (addresses PEO1) SO1e: Students will have basic proficiency in at least four of the recognized civil focus areas. (Specific program criteria, IMPLIED IN ABET CRITERION 3, outcomes 1, 2, and 6. Addresses in part ABET Criterion 5(c)) (addresses PEO1) SO1f: Students will have an ability to think creatively, consider risks, make trade-offs, and use informed judgement for the public good while functioning as an individual or on a team to solve complex engineering problems and produce engineering designs. (ABET CRITERION 3, outcomes 1, 4, 5, 7, and IMPLIED IN ABET CRITERION 3, outcomes 2 and 6.) (addresses PEO1) SO2a: Students will have the ability to organize effective and concise engineering reports and memos for a range of audiences (ABET CRITERION 3, outcome 3) (addresses PEO2) SO2b: Students will have the ability to organize and deliver engineering work in formal oral presentations to a range of audiences. (ABET CRITERION 3, outcome 3) (addresses PEO2) SO2c: Students will have the ability to function effectively on diverse, multi-disciplinary teams, whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives towards engineering design solutions that meet specified needs with consideration of the public good. (ABET CRITERION 3, outcomes 3 and 5) (addresses PEO2) SO3a: Students will have the ability to recognize and practice ethical, professional, and environmental responsibility in engineering problem solving, evaluation, and design based upon knowledge of the humanities and exposure to, and understanding of, environmental quality as well as the NSPE Code of Ethics for Professional Engineers. (ABET CRITERION 3, outcomes 1, 2, and

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4) (addresses PEO3) SO3b: Students will have the ability to understand the impact of engineering solutions on, and make informed judgements that consider the public good. (ABET CRITERION 3, outcomes 2, and 4) (addresses PEO3) SO4a: Students will have an ability to acquire and apply new knowledge as needed, using appropriate learning strategies. (ABET CRITERION 3, outcome 7) (addresses PEO4)

[1] “The public good”: In the practice of engineering consideration of public health, safety, and welfare, as well as global, national, cultural, social, environmental, and economic factors. It is expected that graduates from the BSCE program will demonstrate achievement of these objectives within a few years after completing the program. Science and engineering-science courses form the majority of the curriculum in the first two years. These courses provide the base for the professionally oriented courses in the junior and senior years. The curriculum is designed to provide all graduates with a theoretical foundation as well as design experiences in structural, geotechnical, water resources, and environmental engineering. This foundation is typically achieved in the junior year, enabling students to use the senior year to select elective courses in areas where their particular interests have developed. In the senior year a capstone design course culminates the development of design skills that were first introduced in the sophomore year and enhanced in subsequent courses. Students can select elective courses in areas beyond the required courses, such as construction and transportation, or can use the elective portion of the curriculum to concentrate in selected areas such as construction engineering, including the infrastructure and architectural engineering tracks, structural engineering, water resources engineering, minor in environmental engineering, materials engineering, or communications. The guiding principle is that the student and faculty advisor together create a program of study that best satisfies the student’s individual career objectives.

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Civil Engineering Curriculum

First Year see Common First-Year Curriculum in Engineering

Third Semester Credits Fourth Semester Credits

CE 212 Introduction to Engineering Design

3 CE 305 Construction Planning and Management

3

CE 301 Geographical Information Systems

3 ES 222 Strength of Materials 3

ES 220 Statics 3 ES 330 Fluid Mechanics 3

MA 231 Calculus III 3 MA 232 Elementary Differential Equations

3

KA/ UC Elective 3 ES Elective1 3

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

CE 320 Structural Analysis with Lab

3 CE 310 Geotech. Engineering I: Soil Mechanics with Lab

3

CE 330 Water Resources Engineering I with Lab

3 CE 340 Intro to Environmental Engineering

3

STAT 383

Probability and Statistics 3 CE 441/ CE 442

Reinforced Concrete Design Steel Design

3/3

KA/ UC Elective 3 ES Elective1 3

Professional Elective 3 Professional Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

EC 350 Economic Principles and Engineering Economics

3 CE 490/ CE 491

Senior Design

3

Professional Electives 9 KA/ UC Elective 3

ES 499 Professional Experience 0 Professional Electives 9

ES Elective1 3

Total 15 Total 15

1Eligible ES Electives are: ES 223 Rigid Body Dynamics, ES 250 Electrical Science, ES 260 Materials Science and Engineering I, ES 340 Thermodynamics. A total of 16.5 design credits are required to be accumulated. Required courses provide 11.5 design credits. Professional Specialization Through the selection of electives, students can achieve proficiency in particular areas of interest. Elective courses can be selected from those offered by the Civil and Environmental Engineering Department and by other departments. Those electives considered especially appropriate to the various areas of specialization in civil engineering are provided in the following topical listings. Not all courses are offered each year or each semester (see annual Courses publication). All 500-numbered courses are graduate level. Undergraduate students enrolled in 500-level courses must have a cumulative grade- point average of at least 3.0, and permission of their advisor and their department

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chair. To enroll in a 600-numbered course, undergraduates must have a cumulative grade-point average of at least 3.5, and must have permission of their advisor, department chair, and the dean of Engineering.

Professional Concentrations in Civil Engineering Construction Engineering Management

Four required courses include:

CE 411 Construction Materials Engineering

CE 415/ 515 Foundations, Stability, and Retaining Structures

CE 441 Reinforced Concrete Design

CE 442 Steel Design

Choose at least one of the following non-CE course:

COMM 217/417

Introduction to Public Speaking

EHS 330 Safety Analysis-Environment, Health, and Safety Assessment

EM 380/ OM 380

Project Management

FN 361 Financial Management

LW 270 Law and Society I

OS 286 Organizational Behavior I

LW 466 Law of the Workplace

Completion of at least one of these two tracks:

1. Construction/ Infrastructure Track:

Choose at least two of the following:

CE 315 Geology for Engineers

CE 406 Construction Engineering

CE 407 Introduction to Construction Estimating and Scheduling

CE 408 Building Information Modeling (BIM) & Integrated Project Delivery (IPD)

CE 409 Fundamentals of building systems

CE 410/ 510 Sustainable Infrastructure and Building

CE 453/ 553 Properties and Performance of Concrete Materials

CE461 Transportation Design

2. Architectural Engineering & Building Construction Track

Five required courses included:

CE 407 Introduction to Construction Estimating and Scheduling

CE 408 Building Information Modeling (BIM) & Integrated Project Delivery (IPD)

CE 409 Fundamentals of Building Systems

CE 410/510 Sustainable Infrastructure and Building

CE 448 Introduction to Architectural Engineering

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Structural Engineering

Five required courses included:

CE 420/ 520 Computational Methods of Structural Analysis

CE 415/ 515 Foundations, Stability, and Retaining Structures

CE 441 Reinforced Concrete Design

CE 442 Steel Design

CE 490 Senior Design

Choose at least two of the following:

CE 408 Building Information Modeling(BIM) and Integrated Project Delivery(IPD)

CE 411 Construction Materials Engineering

CE 421/ 521 Composite Mechanics and Design

CE 444/ 544 Advanced Design of Structural Concrete

CE 448 Introduction to Architectural Engineering

CE 453/553 Properties & Performance of Concrete Materials

CE 455/ 555 Structural Damage Assessment, Rehabilitation, and Repair

CE 512 Structural Dynamics

CE 538 Finite Element Methods

CE 557 Environmental Degradation of Concrete Structures

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Water Resources Engineering

Four required courses include:

CE 430 Water Resources Engineering II

CE 470 Stream Riparian System and Fluvial Morphology

CE 479 Water and Wastewater Treatment Processes

CE 490/ 491 Senior Design with Water Resources Focus

Choose any two from the following:

CE 315 Geology for Engineers

CE 340 Introduction to Environmental Engineering

CE 380 Fundamentals of Environmental Engineering

CE 434 Sustainable Development Engineering

CE 435 Groundwater Hydrology and Geochemistry

CE 478 Solid Waste Management and Landfill Design

CE 481/581 Hazardous Waste Management and Engineering

CE 482/582 Environmental Systems Analysis and Design

And choose at least one from the following:

BY 330/ EV 330 Great Lakes Water Protection

BY 431 Limnology

ES 436 Global Climate Change: Science, Engineering & Policy

COMM 428 Environmental Communication

EV 305 Sustainability and the Environment

POL 470/ SOC 470 Environmental Policy

Civil Engineering majors may also sign up for a minor in Environmental Engineering Standard length of BS in Civil Engineering is four years, or eight semesters.

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BS In Computer Engineering The objective of the undergraduate program in computer engineering is to prepare students for careers as professional engineers and to provide a base for graduate study and for lifelong learning in new and developing specialties. The Program Educational Objectives (PEOs) are: PEO1: Graduates are expected to have advanced their careers as contributing professionals who apply fundamental engineering knowledge and analytical problem solving skills in a wide variety of practical applications. PEO2: Graduates are expected to have become well-rounded citizens who rely on their engineering education to serve society with an understanding of their professional and ethical responsibilities. PEO3: Graduates are expected to have become effective and responsible collaborators who function well in diverse team environments. Some graduates will have emerged as leaders in their field. PEO4: Graduates are expected to have exhibited intellectual growth and pursue continual innovation in their field. Those graduates who are especially talented and motivated to pursue a graduate degree should be successful at entering and completing graduate studies. The Student Outcomes (SOs) are: In order to prepare our graduates to attain these objectives, we have adopted the following student outcomes that we expect our graduates to achieve: SO1: an ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics SO2: an ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors SO3: an ability to communicate effectively with a range of audiences SO4: an ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts SO5: an ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives SO6: an ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions

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SO7: an ability to acquire and apply new knowledge as needed, using appropriate learning strategies. We expect that within a few years after completing the program our Graduates will become: Contributing Professionals Graduates are expected to have advanced their careers as professionals who apply fundamental engineering knowledge and analytical problem solving skills in a wide variety of practical applications. Well-Rounded Citizens Graduates are expected to have become well-rounded citizens who rely on their engineering education to serve society with an understanding of their professional and ethical responsibilities. Effective and Responsible Collaborators Graduates are expected to have become effective and responsible collaborators who function well in diverse team environments. Some graduates will have emerged as leaders in their field. Intellectual Growth Graduates are expected to have exhibited intellectual growth and pursue continual innovation in their field. Those graduates who are motivated to pursue a graduate degree should be successful at entering and completing graduate studies. The degree program in computer engineering fosters the achievement of these objectives in two ways. First, the curriculum as a whole is comprised:

1. A coherent program of required courses in basic science, mathematics, and engineering science, including laboratory experience in the use of modern equipment

2. Education in the humanities, social sciences, ethical principles and management, with special attention to the development of effective written and oral communication skills

3. Elective coursework in several of the major sub disciplines of electrical, computer and software engineering, to encourage the pursuit of individual interests and to provide opportunity to gain further knowledge in these sub disciplines

4. Experiences that facilitate the development of problem-solving, teamwork and engineering design skills with the aid of modern analysis and design tools, and experiences that encourage students to become active alumni and to develop a commitment to lifelong learning

Basic and required courses are taken during the first two years, along with some introductory professional courses, including an engineering laboratory. Laboratory courses are required in both of these years with a strong emphasis on engineering design. The third and fourth years include both required and elective technical courses. The Clarkson Common Experience is addressed in the first year with the Clarkson Seminar and ES110 Engineering and Society. Five knowledge area courses including a university course are required over the four years of study. One of these knowledge area courses must be in economics and one must be ES110. The Clarkson Common Experience is designed, in part, to develop communication, problem-

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solving, and critical-thinking skills and an understanding of the social, ethical and economic implications of an engineer’s work. Second, the computer engineering program is constructed so that each student develops a working knowledge of engineering design based on a broad spectrum of concepts, principles, and techniques balanced in hardware, software, and systems, along with a strong set of communication and teamwork skills. This is done through a program of study with the following characteristics:

1. In the required courses, students are expected to master fundamentals of hardware and software design. Sound software engineering principles are introduced and reinforced with required courses that treat object-oriented design, data structures, standardized components and system software. Hardware design principles are introduced in a course that treats hardware concepts and analysis that is followed by work in logic design and laboratory experiences in which students must design and build small systems using standard logic circuits and programmable logic devices. Elements common to hardware and software are stressed and hardware/ software tradeoffs are addressed in this segment of the curriculum

2. Students gain experience working in modern software development environments and using modern design tools. In the required course sequence, students learn C/C++ and Java in the context of modern integrated development environments, gain experience in embedded and FPGA system design and industry standard simulation, synthesis, debug and verification tools in their design projects.

3. Students develop their teamwork and communication skills. They do so in part through course work that requires them to communicate effectively in written form and in part through course-work involving team-based design, written communication of their design decisions, and oral presentation of their work. The design experiences require that students work in teams of varying size, collaborating with others on teams whose composition is determined by their instructors. By participating in team-based problem solving of this kind, with individuals whom they did not choose as teammates, students learn to work with individuals in multiple situations, thereby developing their teamwork skills

4. Students develop the ability to design an integrated hardware/software system to meet desired specifications. They engage in a major design experience that emulates an industrial design environment. In this design experience, students design and implement the hardware and software components of a digital system. This team-oriented task demands that students learn to work with others in completing a system design that meets specifications on time. The system specifications often require that students interact with individuals from other disciplines to design an acceptable product.

5. Students engage in activities that foster an appreciation for the importance of extracurricular and community involvement. They are actively encouraged to become involved with professional societies, service organizations, and other extracurricular activities and also to take advantage of the close interpersonal environment that the department fosters. We require our students to obtain professional experience prior to graduation, either through an internship or by participating in the co-op program. Further, we encourage our students to participate in engineering projects on campus, through undergraduate research, suitable on-campus work experience, and technical extracurricular activities such as the US First Robotics competition.

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Computer Engineering Curriculum

First Year see Common First-Year Curriculum in Engineering*

Third Semester Credits Fourth Semester Credits

ES 250 Electrical Science 3 EE 211 ECE Lab I 3

ES 262 Intro to Digital Design 3 EE 221 Linear Circuits 3

ES 264 Intro to Object Oriented Programming and Software Design

3 EE 260 Embedded Systems 3

MA 232 Differential Equations 3 KA/UC Elective (EC) 3

KA/ UC Elective 3 MA 231 Calculus III 3

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

EE 321 Systems and Signal Processing

3 EE 316 Computer Engineering Junior Lab

3

EE 341 Microelectronics 3 EE 466 Computer Architecture 3

EE 363 Software Components and Generic Programming

3 MA 211 Foundations 3

EE 365 Advanced Digital Circuit Design

3 ES or Science Elective 3

STAT 383

Probability and Statistics 3 EE361 Fundamentals of Software Engineering

3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

EE 416 Computer Engineering Senior Lab

3 Professional Electives3 6

EE 462 Software Systems Architecture

3 KA/ UC Elective1 3

EE 464 Digital Systems Design 3 Free Electives4 6

ES 499 Professional Experience 0

CS Elective2 3

KA/ UC Elective1 3

Total 15 Total 15

*Computer Engineering students should select CS 141 from the available list of Second Semester Science/CS elective courses numbered CM 132/ BY 160/ CS 141. 1There are a total of five courses which must be taken to cover at least four knowledge areas. At least one of these courses must be a University Course. University courses are interdisciplinary courses that cover two or more knowledge areas. One of the knowledge area electives must be an economics course, EC 350 is recommended, and one must be ES 110. 2The Computer Science Elective must be selected from computer science courses numbered 300 or higher or CS 242. 3The Professional Electives are ECE courses numbers 300 or higher, or other engineering course if approved by the ECE Department.

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4The Undesignated Electives are fulfilled by college level courses that do not contain a significant amount of material already covered elsewhere in the student’s program. 5The Engineering Science Elective is satisfied by the selection of an ES course approved by the ECE Department. See Academic Requirements for details of the Clarkson Common Experience including the First-Year seminar, the Clarkson Seminar, Knowledge Area (KA) courses, University Courses (UC), and related requirements and professional experience. Professional Specializations. The courses offered by the Department of Electrical and Computer Engineering can be grouped into sub disciplines, with each sub discipline including a combination of required and elective courses at the undergraduate level. Note that a number of these courses cross sub discipline boundaries. A complete description of all courses can be found online on the Student Administrative Services website. Qualified undergraduate students are encouraged to take graduate level courses within their area of interest. Undergraduate students enrolled in 500- level courses must have a cumulative grade-point average of at least 3.0, and permission of their advisor and their department chair. To enroll in a 600-numbered course, undergraduates must have a cumulative grade-point average of at least 3.5, and must have permission of their advisor, department chair, and the dean of Engineering

Biomedical Engineering

BR 400 Introduction to Biomedical Rehabilitation Engineering and Science

EE 465 Computer Graphics

EE 466 Computer Architecture

EE 468 Database Systems

EE 485 Neural Engineering

Communication Systems and Signal Processing

EE 401 Digital Signal Processing

EE 404 Wireless Networks

EE 407 Computer Networks

EE 427 Introduction to Digital Image Processing

EE 470 Coding and Information Transmission

EE 471 Principles of Digital Data Communications

Control Systems

EE 450 Control Systems

EE 451 Digital Control

EE 452 Optimization Techniques in Engineering

Electronics and Circuits

EE 441 Electronic Devices for IC Simulation

EE 442 CMOS IC Design

EE 448 Solar Cells

EE 449 Fundamental of Antenna Engineering

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Computer Engineering

EE 368 Software Engineering

EE 404 Wireless Networks

EE 407 Computer Networks

EE 408 Software Design for Visual Environments

EE 410 Computer and Network Security

EE 461 Many-Core Architecture and Programming Model

EE 462 Software Systems Architecture

Power Engineering

EE 333 Power System Engineering

EE 430 High-Voltage Techniques and Measurements

EE 431 Power Distribution and Utilization

EE 438 Alternate Energy Systems

EE 439 Dielectrics

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BS In Electrical Engineering The objective of the undergraduate program in electrical engineering is to prepare students for careers as professional engineers and to provide a base for graduate study and lifelong learning in new and developing specialties. The Program Educational Objectives (PEOs) are: PEO1: Graduates are expected to have advanced their careers as contributing professionals who apply fundamental engineering knowledge and analytical problem solving skills in a wide variety of practical applications. PEO2: Graduates are expected to have become well-rounded citizens who rely on their engineering education to serve society with an understanding of their professional and ethical responsibilities. PEO3: Graduates are expected to have become effective and responsible collaborators who function well in diverse team environments. Some graduates will have emerged as leaders in their field. PEO4: Graduates are expected to have exhibited intellectual growth and pursue continual innovation in their field. Those graduates who are especially talented and motivated to pursue a graduate degree should be successful at entering and completing graduate studies. The Student Outcomes (SOs) are: In order to prepare our graduates to attain these objectives, we have adopted the following student outcomes that we expect our graduates to achieve: SO1: an ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics SO2: an ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors SO3: an ability to communicate effectively with a range of audiences SO4: an ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts SO5: an ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives SO6: an ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions SO7: an ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

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We expect that within a few years after completing the program our graduates will become: Contributing Professionals Graduates are expected to have advanced their careers as professionals who apply fundamental engineering knowledge and analytical problem solving skills in a wide variety of practical applications. Well-Rounded Citizens Graduates are expected to have become well-rounded citizens who rely on their engineering education to serve society with an understanding of their professional and ethical responsibilities. Effective and Responsible Collaborators Graduates are expected to have become effective and responsible collaborators who function well in diverse team environments. Some graduates will have emerged as leaders in their field. Intellectual Growth Graduates are expected to have exhibited intellectual growth and pursue continual innovation in their field. Those graduates who are motivated to pursue a graduate degree should be successful at entering and completing graduate studies. The degree program in electrical engineering fosters the achievement of these objectives in two ways. First, the curriculum as a whole is comprised of:

1. A coherent program of required courses in basic science, mathematics, and engineering science, including laboratory experience in the use of modern equipment

2. Education in the humanities, social sciences, ethical principles and management, with special attention given to the development of effective written and oral communication skills

3. Elective coursework in several of the major sub disciplines of electrical and computer engineering, to encourage the pursuit of individual interests and to provide opportunity to gain further knowledge in these sub disciplines

4. Experiences that facilitate the development of problem solving, teamwork, and engineering design skills with the aid of modern analysis and design tools

5. Experiences that encourage students to become active alumni and to develop a commitment to lifelong learning

Basic and required courses are taken during the first two years, along with some introductory professional courses, including an engineering laboratory. The third and fourth years include both required and elective technical courses. The Clarkson Common Experience is addressed in the first year with the Clarkson Seminar and ES110 Engineering and Society. Five knowledge area courses including a university course are required over the four years of study. One of these knowledge area courses must be in economics and one must be ES110. The Clarkson Common Experience is designed, in part, to develop communication, problem-solving, and critical-thinking skills and an understanding of the social, ethical and economic implications of an engineer’s work.

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Second, the electrical engineering program is constructed so that each student develops depth of knowledge in the discipline that is built upon mastery of material in fundamental required courses, a base of experience using state of the art software and engineering tools, the ability to design an engineering system to meet desired specifications, and the ability to communicate effectively and work as a member of an engineering team. This is done through a program of study with the following characteristics:

1. In the initial required courses, students are expected to master the essential topics that are needed in the courses that follow. In these courses, students are expected to gain a firm grounding in basic electrical and computer engineering (reinforced with laboratory experience) and then take a set of intermediate courses that treat topics in systems and signal processing energy conversion, electromagnetic fields, and microelectronics. Each student then develops his or her own interests further by taking a pair of advanced course in a chosen area of the discipline to gain depth in that area while also taking courses in other areas of the discipline to ensure breadth of coverage.

2. Students gain experience in using state-of-the-art software and engineering tools. They encounter C/C++ programming, MATLAB, Pspice, FPGA and embedded system design early in their program of study and continue to use these methods throughout many of their required courses. Students develop their teamwork and communication skills. They do so in part through course work involving team-based design, written communication of their design decisions, and oral presentation of their work. The design experiences require that students work in teams of varying size. By participating in team-based problem solving of this kind, with individuals whom they may not have chosen as teammates, students learn to work with individuals in multiple situations, thereby developing their teamwork skills.

3. Students develop the ability to design an engineering system to meet desired specifications. They engage in a major design experience in which they design and build an engineering system. The specific type of system varies, as projects are chosen from various application areas relevant to the discipline. These team-oriented tasks demand that students learn to work with others in completing a system design that meets specifications on time. The system specifications may require that students interact with individuals from other disciplines to design an acceptable product.

4. Students engage in activities that foster an appreciation for the importance of extracurricular and community involvement. They are actively encouraged to become involved with professional societies, service organizations, and other extracurricular activities and also to take advantage of the close interpersonal environment that the department fosters. We require our students to obtain professional experience prior to graduation, either through an internship or by participating in the co-op program. Additionally, we encourage our students to participate in engineering projects on campus, through undergraduate research, suitable on-campus work experience, and technical extracurricular activities such as the US First Robotics competition.

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Electrical Engineering Curriculum

First Year see Common First-Year Curriculum in Engineering*

Third Semester Credits Fourth Semester Credits

EE 262 Intro to Object Oriented Programming and Software Design

3 EE 211 ECE Lab I 3

EE 264 Intro to Digital Design 3 EE 221 Linear Circuits 3

ES 250 Electrical Science 3 EE 260 Embedded Systems 3

MA 232 Differential Equations 3 EE 324 Dynamical Systems 3

KA/ UC Elective1 3 MA 231 Calculus III 3

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

EE 311 EE Junior Lab 3 EE 381 Electromagnetic Fields and Waves

3

EE 321 Systems and Signal 3 Area elective2 3

EE 331 Energy Conversion 3 Math Elective3 3

EE 341 Microelectronics 3 ES or Science Elective4 3

STAT 383

Probability and Statistics 3 KA/ UC Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

EE 412 EE Senior Design/ Area Elective

3 EE 412 Senior Design/ Area Elective

3

ES 499 Professional Experience 0 Area Elective 3

ES Elective 3 KA/ UC Elective 3

KA/ UC Elective 3 Free-electives 6

Area Electives 6

Total 15 Total 15

*Electrical Engineering students should select CS 141 from the available list of Second Semester Science/ CS elective courses numbered CM 132/ BY 160/ CS 141. 1There are a total of five courses which must be taken to cover at least four knowledge areas. At least one of these courses must be a University Course. University Courses are interdisciplinary courses that cover two or more knowledge areas. One of the knowledge area electives must be an Economics course, EC 350 is recommended and one must be ES 110. 2 There are five Area Electives which must be selected as follows: At least two from a single area of concentration within the electrical and computer engineering discipline, and one from a different area of electrical and computer engineering. The remainder may be chosen in any combination from any of the areas of electrical and computer engineering. A list of appropriate courses within those areas is available from the ECE Department and is contained in the ECE Undergraduate Student Handbook. 3The Mathematics Elective may be MA 211 or numbered 300 level or higher and must include a significant amount of mathematical theory.

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4The Engineering Science Electives are satisfied by ES courses approved by the ECE Department. 5The undesignated electives are fulfilled by college level courses that do not contain a significant amount of material already covered elsewhere in the student’s program. See Academic Requirements for details of the Clarkson Common Experience including the Firs-Year Seminar, The Clarkson Seminar, Knowledge Area (KA) courses, University Courses (US), Professional Experience, and related requirements. Professional Specializations The courses offered by the Department of Electrical and Computer Engineering can be grouped into sub disciplines, with each sub discipline including a combination of required and elective courses at the undergraduate level. A complete description of all courses can be found online on the Student Administrative Services website. Undergraduate students enrolled in 500-level courses must have a cumulative grade-point average of at least 3.0, and permission of their advisor and their department chair. To enroll in a 600-numbered course, undergraduates must have senior standing, a grade-point average of at least 3.5, and must have permission of their advisor, department chair, and the Dean of Engineering. See Professional Concentrations in Engineering.

Biomedical Engineering

BR 400 Introduction to Biomedical Rehabilitation Engineering and Science

EE 465 Computer Graphics

EE 466 Computer Architecture

EE 468 Database Systems

EE 485 Neural Engineering

Communication Systems and Signal Processing

EE 401 Digital Signal Processing

EE 404 Wireless Networks

EE 407 Computer Networks

EE 427 Introduction to Digital Image Processing

EE 470 Coding and Information Transmission

EE 471 Principles of Digital Data Communications

Control Systems

EE 450 Control Systems

EE 451 Digital Control

EE 452 Optimization Techniques in Engineering

Electronics and Circuits

EE 441 Electronic Devices for IC Simulation

EE 442 CMOS IC Design

EE 446 Instrumentation

EE 447 VLSI Design

EE 448 Solar Cells

EE 449 Fundamental of Antenna Engineering

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Computer Engineering

EE 361 Fundamentals of Software Engineering

EE 363 Software Components and Generic Programming

EE 365 Advanced Digital Circuit Design

EE 368 Software Engineering

EE 404 Wireless Networks

EE 407 Computer Networks

EE 408 Software Design for Visual Environments

EE 410 Computer and Network Security

EE 461 Many-Core Architecture and Programming Model

EE 462 Software Systems Architecture

Power Engineering

EE 333 Power System Engineering

EE 430 High-Voltage Techniques and Measurements

EE 431 Power Distribution and Utilization

EE 438 Alternate Energy Systems

EE 439 Dielectrics

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BS In Environmental Engineering Environmental engineers provide the knowledge, leadership, and guidance needed to improve the quality and insure the sustainability of our natural world — from the water we drink, to the air we breathe, to the soil that produces our life-sustaining vegetation. Environmental engineers play a major — and increasingly proactive — role in prevention and control of pollution of all kinds and in efforts to deal with global warming. Environmental engineers develop and implement technologies to solve problems like meeting clean water supply needs and protecting public health, addressing the air pollution issues of acid rain and global warming, and reducing pollution while maintaining and improving the quality of life we enjoy. The mission of the Civil and Environmental Engineering Department, formally stated, is to educate talented and motivated men and women to become successful professionals through quality undergraduate, graduate and professional continuing education programs that place a high priority on student access and interaction with faculty. This mission statement establishes the educational framework for the environmental engineering degree program at Clarkson, and the curriculum objectives given below provide more detail about the program. Curriculum Objectives The Environmental Curriculum is designed for a career in environmental research, system modeling, or process design. All Environmental Engineering majors are provided with a theoretical foundation as well as design experience in the area of water resources, environmental quality, systems, hazards and treatment processes. This foundation is typically achieved in the junior year and enables students to use the senior year to select elective courses in areas where their particular interests have developed. In the senior year a capstone design course culminates the development of design skills. The Program Educational Objectives (PEOs) are: The Program Educational Objectives support the mission of the Civil and Environmental Engineering Department which is to educate talented and motivated men and women to become successful professionals through quality undergraduate and graduate and professional continuing education programs that place a high priority on student access and interaction with faculty. PEO1: Environmental engineering graduates apply knowledge to meet the challenges of a successful professional career. PEO2: Environmental engineering graduates exhibit good communication, teamwork, and leadership skills. PEO3: Environmental engineering graduates will become well-rounded citizens who rely on their engineering education to serve society with an understanding of their professional and ethical responsibilities. PEO4: Environmental engineering graduates are expected to exhibit intellectual growth, continued innovation and commitment to life-long learning.

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The Student Outcomes (SOs) are: The Student Outcomes to Ensure Achievement of PEOs are: SO1a: Students will have the ability to apply knowledge of mathematics through differential equations, probability and statistics, calculus-based physics, chemistry (including stoichiometry, equilibrium, and kinetics), earth science, biological science, and fluid mechanics, formulate material and energy balances, and analyze the fate and transport of substances in and between air, water, and soil phases (ABET CRITERION3, outcome 1) (addresses PEO1) SO1b: Students will be experienced in, and have the ability to develop and conduct appropriate experimentation, including laboratory experimentation, to measure multiple phenomena, analyze and interpret data, and use engineering judgement to draw conclusions. (ABET CRITERION 3, outcome 6) (addresses PEO1) SO1c: Students will have the ability to apply engineering design to produce solutions that meet specified needs for the public good[1]. (ABET CRITERION 3, outcome 2) (addresses PEO1) SO1d: Students will have the ability to apply learning strategies and modern engineering tools, to identify, formulate and design solutions for complex engineering problems. (ABET CRITERION 3, outcome 7) (addresses PEO1) SO1e: Students will have basic proficiency in more than one environmental engineering focus area e.g. air, water, land or environmental health. (Specific program criteria, IMPLIED IN ABET CRITERION 3, outcomes 1, 2, and 6; Addresses in part ABET Criterion 5(c)) (addresses PEO1) SO1f: Students will have an ability to think creatively, consider risks, make trade-offs, and use informed judgement for the public good while functioning as an individual or on a team to solve complex engineering problems and produce engineering designs. (ABET CRITERION 3, outcomes 1, 4, 5, 7, and IMPLIED IN ABET CRITERION 3, outcomes 2 and 6.) (addresses PEO1) SO2a: Students will have the ability to organize effective and concise engineering reports and memos for a range of audiences (ABET CRITERION 3, outcome 3) (addresses PEO2) SO2b: Students will have the ability to organize and deliver engineering work in formal oral presentations to a range of audiences. (ABET CRITERION 3, outcome 3) (addresses PEO2) SO2c: Students will have the ability to function effectively on diverse, multi-disciplinary teams, whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives towards engineering design solutions that meet specified needs with consideration of the public good. (ABET CRITERION 3, outcomes 3 and 5) (addresses PEO2) SO3a: Students will have the ability to recognize and practice ethical, professional, and environmental responsibility in engineering problem solving, evaluation, and design based upon knowledge of the humanities and exposure to, and understanding of, environmental quality as well

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as the NSPE Code of Ethics for Professional Engineers. (ABET CRITERION 3, outcomes 1, 2, and 4) (addresses PEO3) SO3b: Students will have the ability to understand the impact of engineering solutions on, and make informed judgements that consider the public good. (ABET CRITERION 3, outcomes 2, and 4) (addresses PEO3) SO4a: Students will have an ability to acquire and apply new knowledge as needed, using appropriate learning strategies. (ABET CRITERION 3, outcome 7) (addresses PEO4) [1] “The public good”: In the practice of engineering consideration of public health, safety, and welfare, as well as global, national, cultural, social, environmental, and economic factors. It is expected that graduates from the BSEnvE program will demonstrate achievement of these objectives within a few years after completing the program. Science and engineering-science courses form the majority of the curriculum in the first two years. These courses provide the base for the professionally oriented courses in the junior and senior years. Through the selection of electives, students can take courses in an area of environmental engineering that is not covered by required courses, such as Air Pollution Control and Industrial Hygiene. Courses acceptable as professional electives are listed under Professional Concentrations in Engineering. The Environmental Engineering curriculum provides for six professional electives. These electives courses enable students to create programs of study unique to each individual as well as provide both depth and breadth in the student’s preparation for professional practice. In the senior year a capstone design course culminates the development of design skills that were first introduced in the sophomore year and enhanced in subsequent courses. The guiding principle is that the student and faculty advisor together create a program of study that best satisfies the student’s individual career objectives.

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Environmental Engineering Curriculum

First Year see Common First-Year Curriculum in Engineering

Third Semester Credits Fourth Semester Credits

CH 210 or CM 371

Molecular Properties Physical Chemistry I

3 CE 340 Introduction to Environmental Engineering

3

CE 212 Introduction to Engineering Design

3 CE 380 Fundamentals of Environmental Engineering with Lab

3

ES 220 Statics 3 ES 330 Fluid Mechanics 3

MA 231 Calculus III 3 MA 232 Elementary Differential Equations

3

KA/ UC Elective 3 KA/ UC Electives 3

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

CE 330 Water Resources Engineering I with Lab

3 BY 320 Microbiology 3

CM 241/ CM 221

Organic Chemistry I Spectroscopy

3 CE 301 Geospatial Information Systems

3

CE 479 Water & Wastewater Treatment Design

3 ES 340 Thermodynamics 3

STAT 383

Probability and Statistics 3 Core Professional Course

3

Earth Science Elective 3 KA/ UC Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

EC 350 Economic Principles and Engineering Economics

3 CE 491 Senior Design 3

Core Professional Course 3 Core Professional Course

3

Professional Electives 9 Professional Electives 9

Total 15 Total 15

Core Professional Courses must include three of these courses: CE 482/582 Environmental Systems Analysis and Design, CE 486/586 Industrial Ecology, ES 432 Risk Analysis, CE 481/581 Hazardous Waste Management Engineering. Earth Science Elective must be one of these: CE 310 Geotechnical Engineering I: Soil Mechanics, CE 435/535 Groundwater Hydrology and Geochemistry, CE 315 Geology for Engineers, ES 436 Global Climate Change: Science, Engineering and Policy, CE 477 Atmospheric Chemistry A total of 16.5 design credits are required to be accumulated.

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BS In Mechanical Engineering The Program Educational Objectives (PEOs) are: The educational objectives for the ME program are to produce graduates who: PEO1: competently apply engineering methods to solve professional problems associated with the design, manufacture, and maintenance of mechanical systems and understand the social, ethical, and environmental context of their work. PEO2: communicate clearly, collaborate competently in teams, and assume leadership roles. PEO3: habitually engage in professional development. The Student Outcomes (SOs) are: In order to prepare our graduates to attain these objectives, we have adopted the following student outcomes that we expect our graduates to achieve: SO1: An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering science, and mathematics. SO2: An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors. SO3: An ability to communicate effectively with a range of audiences. SO4: An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts. SO5: An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives. SO6: An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions.

SO7: An ability to acquire and apply new knowledge as needed, using appropriate learning strategies. The Mechanical engineering program expects the student to graduate with the ability to: apply principles of engineering, basic science, and mathematics (including multivariate calculus and differential equations) to model, analyze, design, and realize physical systems, components or processes; and work professionally in both thermal and mechanical systems.

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Curriculum Overview The 120-credit program contains 84 credit hours of required technical courses, 36 credit hours of electives (including two professional electives, two undesignated electives and five Knowledge Area/University Course, KA/UC, electives). Required Technical Courses The first two years of the curriculum cover mathematics, physics, chemistry and engineering science courses (including basic principles of statics, dynamics, solid mechanics, electrical circuits, materials and the use of computers). In the third and fourth years, students take specialized courses on topics such as fluid mechanics and mechanical vibrations and control. These courses provide knowledge and skills that strongly support the second outcome listed above, which is a key element in thermo-mechanical systems design. The laboratory components of the first-year physics and chemistry courses introduce study of the relationship between theory and reality. This fosters the development of the student’s technical intuition. Mechanical engineering laboratory courses add to this development. Training in professional problem-solving begins in the spring of the second year, with the first course in engineering design. The first course to train students formally in the solution process, it lays the foundation for the fourth-year capstone design course. In the capstone course, students work in teams to design and evaluate thermo-mechanical systems that meet real needs. Thus, they learn to apply the solution process to a real professional problem. Students may acquire additional professional experience by participating in Formula SAE, Mini-Baja, Clean Snowmobile, or other team competitions, which are open to any student. Common Curriculum Requirements Plans of study must include a total of five Knowledge Area (KA) courses. Students will select these so that at least one is a designated University Course, and so that together these five courses cover at least four distinct knowledge areas. Communication intensive course requirement will be fulfilled by a combination of courses having one or two communication points each, with a total of six points required for graduation. At least two of these six points will be earned through or 400-level courses required in the major. Professional and Undesignated Electives The professional electives must be advanced-level courses chosen according to criteria in the Mechanical & Aeronautical Engineering (MAE) Department Student Handbook. However, the two undesignated electives may be any college-level courses that do not contain a significant amount of material already covered in other courses. They could be chosen to enrich the student’s technical or nontechnical background. Advanced (200-level or above) Aerospace Studies or Military Science courses may be used as undesignated electives.

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*Students can alternatively take MA 331 and (STAT 383 or STAT 389)

Mechanical Engineering Curriculum

First Year see Common First-Year Curriculum in Engineering

First Semester Credits Second Semester Credits

MS/ AS Military Science/ Aerospace Studies (if elected)

1 MS/ AS Military Science/ Aerospace Studies (if elected)

1

Third Semester Credits Fourth Semester Credits

ES 220 Statistics 3 ES 222 Strength of Materials 3

ES 250 Electrical Science 3 ES 223 Rigid Body Dynamics 3

ES 260 Materials Science 3 ME 212 Into. To Engineering Design

3

MA 232 Elem. Differ Equations 3 ME 201 Mech. Engineer Lab I 1

KA/ UC Elective 3 MA 231 Calculus III 3

KA Elective 3

Total 15 Total 16

Fifth Semester Credits Sixth Semester Credits

ES 330 Fluid Mechanics 3 ME 310/ ME 455

Thermodynamics Sys. Eng Mechanical Vibration and Control

3

ES 340 Thermodynamics 3 ME 326 Intermediate Fluid Mechanics

3

MA 330*

Adv. Engineer. Math* 3 ME 341 Mech. Of Machine Elements

3

ME 301 Mech. Engineer. Lab II 1 ME 401 Mech. Engineer. Lab III 1

ME 342 Intro. Numerical Methods

3 ME 445 Integrated Design I 3

KA/ UC Elective 3 Professional 1 Elective 3

Total 16 Total 16

Seventh Semester Credits Eighth Semester Credits

ME 411 Intro. to Heat Transfer 3 Professional Elective 3

ME 446 Integrated Design II 3 Professional Electives 3

ME 324 Dynamical Systems 3 Economic Elective 3

AE, ES, or ME Professional Elective

3 Undesignated Elective 3

Undesignated Elective 3 ES 499 Professional Experience

Total 15 Total 12

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Minors and Concentrations in Engineering Minor in Architectural and Facilities Engineering

Architectural engineering, also known as building engineering or architecture engineering, is an engineering discipline that deals with the technological aspects and multi-disciplinary approach to planning, design, construction and operation of buildings, such as analysis and integrated design of indoor environmental systems (energy conservation, HVAC, plumbing, lighting, fire protection, acoustics, vertical and horizontal transportation), structural systems, behavior and properties of building components and materials, and construction management. Facilities engineering carries this forward into the operations, maintenance, renovation, upgrade, commissioning and other aspects of how buildings function throughout their lifecycle. The practice of architectural and facilities engineering is a practice that also involves mechanical, electrical, environmental and other engineering disciplines as well as building science, energy management, architecture, construction management and other allied fields . The architectural, engineering, and construction industry is seeking people from a variety of majors in engineering to perform within the space of Architectural and Facilities Engineering. In order to gain the specific domain knowledge in the area of Architectural and Facilities Engineering,

students will complete the following four (4) core technical courses, 12 credit hours (substitutions

may be granted with the approval of the CEE Department Chair):

Courses Rationale

CE305 (Construction Planning and

Management); Pre-req: Soph/Jr/Sr Status;

offered Spring Semesters

Providing domain knowledge in the area of

Construction Management

CE408 (Building Information

Modeling/Integrated Project Delivery); Pre-req:

Jr/Sr Status; offered All Semesters

Providing domain knowledge in integrated

systems and technical coordination/design

documentation

CE409 (Fundamentals of Building Systems), Pre-

req: Jr/Sr Status; offered Spring Semesters

Providing domain knowledge in passive

design, mechanical, electrical, plumbing

systems in buildings/facilities

CE448 (Introduction to Architectural

Engineering); Pre-Req: ES220 & Introductory

Design/Innovation course, or consent; offered

Fall Semesters

Providing domain knowledge background in

architecture

Additionally, in order to further explore in further depth the various areas of Architectural and

Facilities Engineering, students will take two (2) more courses, 6 credit hours, within the following

list of courses (or others as designated and/or approved by the CEE Department Chair or designee):

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CE407 (Introduction to Scheduling and

Estimating) - Construction

CE410/510 (Sustainable Infrastructure and

Building) - Sustainability

CE411 (Construction Materials Engineering) –

Construction/Materials

CE415/515 (Foundations and Retaining

Structures) - Building Structural Design

CE441 (Reinforced Concrete Design) or CE442

(Steel Design) – Building Structural Design

ME310 (Thermodynamic Systems Engineering) –

Thermal Design

ME411 (Introduction to Heat Transfer) –

Thermal Flow

ME444 (Computer Aided Engineering) – Design

Documentation

EE221 (Linear Circuits) – Electrical Engineering

EE331 (Energy Conversion) – Electro-

Mechanical Engineering

EE333 (Power System Engineering) – Power

Engineering

EE/ME450 (Control Systems) – Building

Automation

EHS330 – Safety Analysis – Environment,

Health, and Safety Assessment – Safety/IEQ

ES238 (Introduction to Energy Systems) - Energy

EV305 (Sustainability and the Environment) -

Sustainability

(Note: this is inclusive of their subsequent course formulations, if modified later)

Further, in order to execute the necessary data processing and analytics involved within the field of

Architectural and Facilities Engineering, students will take as their last math course (beyond Calculus

1, 2, and 3 and Differential Equations) one (1) of the following courses, 3 credit hours:

DS241 (Introduction to Data Science)

MA330 (Advanced Engineering Math)

STAT383 (Probability and Statistics)

STAT389 (Probability and Statistics with Multivariate Analysis)

Next, in order to have the needed cultural, management and other related skills for operating in the

field of Architectural and Facilities Engineering, students will be required to take the following:

A course in art history, architectural history, art appreciation, applied art, or related study (as a

knowledge area/university course), 3 credit hours.

One (1) of the following courses, 3 credit hours: EM/OM380 (Project Management), FN361

(Financial Management), OS286 (Organizational Behavior 1), or LW270 (Law and Society 1).

Finally, in order to round out the minor, the capstone experience (CE490/491, ME446, EE412,

EM456, or equivalent) must have an Architectural and/or Facilities focus. Students are encouraged

to seek out multi-disciplinary/inter-disciplinary capstone options (inclusive of courses related to

Clarkson Ignite President’s Challenge) for this purpose.

Total Credit Hours for this Minor: 27 credit hours (30 credit hours with the capstone, but that is not

a unique requirement of the minor).

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Minor in Biomedical Engineering

As various fields of medicine and health care increasingly depend upon advances in technology, graduates who possess combined expertise in engineering principles and knowledge of biological sciences at all levels will be in high demand. The minor in Biomedical Engineering enhances opportunities for Clarkson's students to meet this need, while they graduate with a traditional engineering degree. This minor is connected closely with the minor in Biomedical Science and Technology. Students from both minors participate in shared core courses along with a multidisciplinary capstone design course. Students can take only one (not both) of the two minors. A foundation knowledge of Calculus I & II (MA131/132), Physics I & II (PH131/132), and Biology II: Cell and Molecular Biology (BY160) is required for this minor.

Physiology/ Anatomy Requirement

BY 471 Anatomy and Physiology I

BY 473/ BY 472

Anatomy and Physiology I Lab Anatomy and Physiology II

BY 474/ BY 360

Anatomy and Physiology II Lab Comparative Physiology

BY 362 Comparative Physiology Lab

BR 200 Introduction to Biomedical and Rehabilitation Engineering, Science and Technology

BR 450 Biomedical Engineering, Science, and Technology Capstone Design I or equivalent engineering design course with a BEST approved project

BR 400 Biomedical Engineering Fundamentals

Engineering Depth Elective

Choose 1 from the approved list of upper division biomedical engineering related courses

Engineering Breadth Elective

Choose 1 from the approved list of upper division biomedical related course

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Minor in Biomedical Science and Technology

As various fields of medicine and health care increasingly depend upon advances in technology, graduates who possess combined expertise in engineering principles and knowledge of biological sciences at all levels will be in high demand. The minor in Biomedical Science and Technology enhances opportunities for Clarkson’s non-engineering students to meet this need. This minor is connected closely with the minor in Biomedical Engineering. Students from both minors participate in shared core courses along with a multidisciplinary capstone design course. Students can take only one (not both) of the two minors. A foundation knowledge of Biology II: Cell and Molecular Biology (BY 160) is required for this minor.

Biology Fundamentals requirement

BY 471 Anatomy and Physiology I

BY 473/ BY 472

Anatomy and Physiology I Lab Anatomy and Physiology II

BY 474/ BY 360

Anatomy and Physiology II Lab Comparative Physiology

BY 362 Comparative Physiology Lab

Engineering Fundamentals

BR 200 Introduction to Biomedical and Rehabilitation Engineering, Science, and Technology

Intersecting BEST Courses

BR 450 BEST Capstone Design I or equivalent engineering design course with a BEST approved project

Specialty track: choose one track

Genetic Engineering Track

BY 214 Genetics

And choose one of:

BY 412 Molecular Biology Lab

BY/ CM 314 Bioinformatics

Neuroscience Track

BY/ CM 460 Neurobiology

BY 485 Neural Engineering

PY 458 Cognitive Neuroscience

Breadth Elective

Choose 1 from approved list of upper division biomedical related course

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Minor in Electrical Engineering

A minor in Electrical Engineering is available to students in any degree program. To obtain the Electrical Engineering minor, a student must complete the four required courses and two of the five elective courses from the following list:

Required courses

EE 331 Energy Conversion

EE 381 Electromagnetic Fields and Waves

ES 250 Electrical Science

EE 264 Introduction to Digital Design

Choose two out of five of the elective courses:

EE 221 Linear Circuits

EE 321 Systems and Signal Processing

EE 324 Dynamical Systems

EE 341 Microelectronic circuits

EE 333 Power System Engineering

Courses not on this list must be approved by the ECE Department. Minor in Engineering Science

The school of engineering offers a minor in Engineering Science for students who satisfy a minimum of 20 credit hours as outlined below:

1. Satisfy prerequisites (MA 131, MA 132, PH 131, PH 132, MA 232, CM 131 or equivalents) for the three core ES courses – ES 220, ES 250, ES 260.

2. Complete the three core ES courses- ES 220, ES 250, ES 260 3. 1 scientific programming course (minimum two credit hours ES 100 or equivalent) 4. 3 engineering electives (minimum nine credit hours – any ES, ME, AE, CE, CH EE courses for

which the candidate has the prerequisites, except ES 100, ES 238, ES 300, EE 268, BR 200) This minor is not open to School of Engineering majors or Engineering & Management majors.

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Minor in Environmental Engineering

A minor in Environmental Engineering is available to all students except those majoring in Environmental Engineering. To obtain a minor, a student must successfully earn 18-20 credit hours by completing the following required courses:

Core required courses (2):

One of the following courses:

CE 340 Introduction to Environmental Engineering

CE 380 Fundamentals of Environmental Engineering

CH 220 Material Balances

One of the following courses:

Capstone Design with specific environmental focus (e.g., CE 490/491, MP 401, AE 451, CH 420, EE 412, EM 456, ME 446)

Environmentally-related research (e.g., CE 495, CE496, ES 443/5/6/7)

One of the following chemical principles courses:

CH 210 Molecular Properties

CM 221 Spectroscopy

CM 241 Organic Chemistry I

CM 371 Physical Chemistry I

One of the following biological principles courses:

BY 214 Genetics

BY 222 Ecology and BY 224 Ecology Laboratory

BY 320 Microbiology

BY 330/EV 330 Great Lakes Water Protection

Two of the following courses*: Note: at least ONE course must be a core professional elective

Core Professional Electives (minimum ONE required):

ES 432 Risk Analysis

CE 479 Water and Wastewater Treatment Processes

CE 481 Hazardous Waste Management Engineering

CE 482 Environmental Systems Analysis Design

CE 486 Industrial Ecology

Other Professional Electives:

BY 314 Bioinformatics

BY 328 Conservation Biology

BY 412 Molecular Biology Laboratory

BY 425 Biological Systems and Environmental Change

BY 431 & BY 432 Limnology & Limnology Laboratory

BY 486 Molecular Biotechnology

CE 430 Water Resources Engineering II

CE 434 Sustainable Development Engineering

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CE 435 Groundwater Hydrology & Geochemistry

CE 477 Atmospheric Chemistry

CE 478 Solid Waste Management and Landfill Design

CH 434/ES 434 Air Pollution Control

ES 436 Global Climate Change: Science, Engineering and Policy

EHS 406 Industrial Hygiene Control Methods

EHS 416 Principles of Toxicology and Epidemiology

EV 314 Adirondack Integrated Research Project

*Substitutions made upon approval of the department chair A minimum grade-point average of 2.0 is required in the courses taken for the minor. At least one quarter of the total credit hours required must be completed at Clarkson, unless the Dean of the Coulter School of Engineering approves an exception. Minor in Materials Engineering Knowledge and intellectual growth of materials engineering is critical to many industrial, government and academic positions here in the State of New York, as well as to our nation and abroad. The need to understand materials engineering fundamentals are driven by current and emerging areas of infrastructure construction, materials for sensing, technological hazards, future manufacturing process (e.g., cyber-, bio-, eco-manufacturing), micro and nanoelectronic device fabrication, polymer processing and 3D printing, energy materials (e.g., batteries, solar, biofuels), metallurgical processes including corrosion protection, sustainable solutions to plastic waste, and a broad spectrum of ceramics for electronic components, and particles used in chemical mechanical planarization (CMP), cosmetics, and inks. Fundamentals presented within the course requirements and electives listed below include the governing behavior of structure, energetics, and bonding that underpin materials science, thermodynamic laws governing equilibrium properties, relating macroscopic behavior to atomistic and molecular models of materials, the role of electronic bonding in determining the energy, structure, and stability of materials, materials’ properties, such as heat capacities, phase transformations, and multiphase equilibria to chemical reactions and magnetism, structure of complex, disordered, and amorphous materials and how to quantify, measure and predict them. Clarkson University is offering a Materials Engineering Minor to prepare students for diverse employment opportunities that require knowledge of materials fundamentals and applications. Students seeking the minor must complete 2 required courses and 3 electives from the listed courses below for a minimum of 15 credit hours. Alternative elective courses can seek approval from the Materials Engineering Minor program director.* Required courses (2) ES260 Materials Science and Engineering I ES360 Materials Science and Engineering II

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Electives (3)

Engineering Courses

Course Pre-requisite or co-requisite

ES222 Strength of Materials ES220 or permission of the instructor

ES361 Fine Particle Technology CM104 or CM132

ES365 Polymer Materials CM104 or CM132

ES452 Biomaterials and Biomedical Applications

BY160, CM132 or CM104, MA132, and PH131

ES464 Corrosion of Metals CM132 (or CM104) and ES260

MSE451 Advanced Materials Characterization

CM371, CH210, PH132, and ES260

CE411 Construction Materials Engineering

Co-requisite: CE441

CE453 Properties and Performance of Concrete

ES260

CH441 Introduction of Nanophotonics PH132 and MA232

CH484 Polymer Engineering CH301 or ES330 (either can be taken as a co-requisite)

EE341 Microelectronics ES250

EE439 Dielectrics none

EE443 Semiconductor Material and Devices for Engineers

Senior standing

AE/ME457 Composite Mechanics and Design

ES222 and ES260

ME390 Additive Manufacturing ES260 & ES222 or equivalent

ME457 Composite Mechanics and Design ES222 and ES260

ME492 Welding Metallurgy ES260 and ME411

Science Courses

CM221 Spectroscopy CM104 or CM132

CM430 Colloids and Interfaces None

CM435 Better Materials through Chemistry

CM241

CM475 Sustainable Nanotechnology Junior standing or permission by instructor

CM483 Introduction to Polymer Science Junior standing or permission by instructor

CM485 Nanostructured materials Senior standing or permission by instructor

PH331 Quantum Physics PH231 and MA232

PH341 Solid State Physics I PH231, or ES260, or consent of the instructor

PH442 Solid State Physics II PH341 or consent of the instructor

PH487 Applications of Synchrotron and Electron Based Techniques

PH132 or consent of the instructor; ES260 and/or PH231 are recommended pre-requisites

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*Possible alternative courses include those at the graduate level, such as:

ME506 Mechanical Behavior of Materials

Permission by instructor

ME508 Fracture Mechanics Permission by instructor

Minor in Sustainable Energy Systems Engineering

Clarkson University offers a minor in Sustainable Energy Systems Engineering to all students who meet the prerequisite requirements. Our reliance on energy-rich sources of fossil fuels has enabled growth of modern society, increasing our mobility, industrial growth, domestic comfort, abundant food supply, and economic prosperity. Engineers are among the many types of professionals that need to understand the limits of our present energy systems and lead us to a future in which we can continue to provide reasonable energy resources for human quality of life. This minor emphasizes that all engineering disciplines are necessary to develop and assess technologies to both increase the efficiency of our energy use and advance renewable and alternative energy sources. A total of 21 credits is required for this minor. Depending upon the student’s major, between 9 – 12 hours of this 21 credit total are in addition to the major’s core requirements. A student must complete the course requirements as follows:

Required Courses

ES 238 Introduction to Energy Systems

ES 340/ CH 340/ CH 260

Thermodynamics

AE 451/ CE 490/ CE 491/ CE 492/ CH 482/ EE 412/ ES 456/ ME 446/ ES 443

Capstone Design (or energy related research) with specific energy focus

One of the following Environmental Impacts Choice Courses:

CE 486 Industrial Ecology

ES 436 Global Climate Change: Science Engineering and Policy

EV 305 Sustainability and the Environment

One of the following Policy Choice Courses:

EC 360 Environmental Economics

POL 375 Environmental Law

POL 372 Biofuels and Farm Policy

POL 470 Environmental Policy

POL 471 Energy Policy

PHIL 370 Environmental Ethics

PHIL 405 Sustainability Theory and Practice

Two of the following Technology Choice Courses (at least one must focus on energy tech):

CH 434 Air Pollution Control

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CE 409* Fundamentals of Building Systems

CE 410 Sustainable Infrastructure and Building

CE 486 Industrial Ecology

EE 331* Energy Conversions

EE 333 Power Systems Engineering

EE 438* Alternative Energy Systems

ES 4361 Global Climate Change: Science, Engineering, and Policy

ES 443* Energy Technology related research projects

EV 3902 Sustainability Project Experience

ME 310* Thermodynamic System Engineering

*At least one of the two technology choice classes must have this designator 1If not taken as an environmental impacts choice 2Applicability of this class changes annually Minor in Sustainable Solutions for the Developing World

Clarkson’s minor in Sustainable Solutions for the Developing World is available to students in any degree program. The minor seeks to employ humanitarian principles toward sustainable solutions that address the conflict that often occurs between economic development and environmental justice predominant in the developing world. A goal of the curriculum is to provide students with the tools to understand issues concerning social justice and sustainability to be used when designing and implementing solutions for the developing world. To obtain the minor, a student must complete courses within four categories (sustainability, culture, business and technical tools for development) and a project-based global experience. Examples of courses that meet the criteria of each of these categories, as well as the number of required credits within each category are listed below.

One of the following:

ANTH 381 Consumption and Culture

CE 434 Sustainable Development Engineering

EV 305 Sustainability and the Environment

EV 300 Environmental Leadership

EV 390 Sustainability Project Experience

PHIL 370 Environmental Ethics

PHIL 405 Sustainability Theory and Practice: A Critical Assessment

POL 350 International Development and Social Change

Two of the following:

ANTH 201 Introduction to Anthropology

ANTH 351 Global Forces, Local Outcomes

COMM 428 Public Debate and the Environment: Reading & Writing Environmentally

LIT 250 World Literature

LIT 251 Understanding Vietnam

LIT 353 African Literature

PHIL 310 World Religious and Contemporary Issues

POL 250 Politics in Cross National Perspective

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POL 251 Introduction to International Politics

POL 362 Human Rights Law and Politics

SOC 330 Health, Wealth, Inequality, and the Environment

Two of the following:

EC 360 Environmental Economics

ES 438 Alternative Energy Systems

MK 320 Principles of Marketing

MK 436 Creativity, Innovation and New Product Development

OM 476 Management of Technology

SB 396 Global Business Strategies

One of the following:

UNIV 399 Global Experience (with sustainable solutions for the developing world emphasis)

Multidisciplinary Project Course (with sustainable solutions for the developing world emphasis)

The multidisciplinary project is intended to serve as the Capstone, Senior Design, or other culminating project based experience that is normally completed within the student’s major program of study. Students participating in the minor will engage in a multidisciplinary project developed by students with the minor faculty who support the minor OR the student may participate in related experiences and opportunities within the student’s major program of study that are thematically linked to this minor. For example, if a student’s senior design course within their major has a multidisciplinary them and relates to strategies employable in developing world, the student can obtain approval from the director of the minor for the course to serve as the minor required course.

Advanced Manufacturing Engineering (AME) Concentration (Certificate)

The Professional Concentration in Advanced Manufacturing Engineering provides engineering students the opportunity to expand their knowledge of manufacturing‐related topics such as production management, statistical quality control, and manufacturing processes. The requirements for the professional concentration in Manufacturing Engineering are listed in the table below. Interested students must fill out an application form available from the MAE Department office. Changes to the Manufacturing Engineering concentration requirements must be approved by the MAE department chair or executive officer. Students successfully completing the following requirements receive a Dean’s Certificate in Advanced Manufacturing Engineering.

Required Courses:

ES 260 Materials Science & Eng. I

ME 390 Additive Mfg. Processes

ME 444 CAD

MA 330 Adv. Eng. Math (or MA 383)

OM 331 Operations & Supply Chain Management

Elective Courses (minimum of two required)

ME 385 Design of Electromechanical Systems

ME 443 Optimal Eng.

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ME 492 Welding Metallurgy

ES 360 Materials Science & Eng. II

ES 365 Polymer Materials

ES XXX Corrosion Engineering

AE/ME/BUS* 3XX or above *BUS: School of Business

Approval of Professor D.K. Aidun

Biomolecular Engineering Professional Concentration

A professional concentration in Biomolecular Engineering has been designed for chemical engineering majors who desire a strong background in biochemical engineering and biology. This will benefit students pursuing careers in medicine, biomedical engineering or in the following industries: consumer products, food processing, and pharmaceuticals. The decision to obtain this concentration is made optimally in the sophomore year. The professional concentration in Biomolecular Engineering offers a chemical engineering major an alternative path for obtaining a BS degree in Chemical Engineering. Students must take BY160 Cellular & Molecular Biology (3 Cr. Hrs.) and BY162 Cellular & Molecular Biology Lab (2 Cr. Hrs.) in spring semester of the sophomore year. BY160 is a requirement for all chemical engineering students; students pursuing the concentration must also take the BY162 laboratory course. The required mathematics elective must be a suitable statistics course (STAT383 Applied Statistics) and technical and engineering electives are replaced with the required courses CM460 Biochemistry I and CH465 Biochemical Engineering. An undesignated elective is replaced with a course selected from the following list of courses relevant to biomolecular engineering: BR200 Introduction to Biomedical Rehabilitation Engineering and Science, BY 214 Genetics, BY 320 Microbiology, BY 360/ 362 Comparative Physiology with Lab, BY 412 Molecular Biology Laboratory, BY 419 Immunobiology, BY 450 Advanced Cell Biology, BY 471/ 473 Anatomy and Physiology I with lab, BY 485 Neural Engineering, CM 453 Intro to Biomaterials, EHS 416 Toxicology, ES 380 Biomechanics or ES 452 Biomaterials and Biomedical Engineering Applications. Further information on this concentration is available in the Department of Chemical Engineering office. By successfully completing the courses recommended above, upon graduation, students receive a bachelor’s degree in Chemical Engineering with a Dean’s Certificate indicating a “Professional Concentration in Biomolecular Engineering” and a notation to that effect on their transcript.

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Construction Engineering Management Professional Concentration

A professional concentration in Construction Engineering Management (CEM) is available to permit civil engineering majors to focus their electives on courses pertinent to the field of construction engineering and management. Electives used to satisfy the requirements of the concentration include a set of courses that reflect the sub discipline of Construction Engineering as defined by the Accreditation Board of Engineering and Technology (ABET). The CEM concentration has two tracks: (1) Construction/Infrastructure track for students planning a career in heavy construction management, and (2) Architectural Engineering & Building Construction track for students planning a career in sustainable building design and construction management. To obtain a Professional Concentration in Construction Engineering Management, a student must choose required and professional electives in order to complete the following seven courses:

Four required courses include:

CE 411 Construction Materials Engineering

CE 415/ 515 Foundations, Stability, and Retaining Structures

CE 441 Reinforced Concrete Design

CE 442 Steel Design

Choose at least one of the following non-CE course:

COMM 217/417 Introduction to Public Speaking

EHS 330 Safety Analysis-Environment, Health, and Safety Assessment

EM 380/ OM 380 Project Management

FN 361 Financial Management

LW 270 Law and Society I

OS 286 Organizational Behavior I

LW 466 Law of the Workplace

Completion of at least one of these tracks:

Construction/ Infrastructure Track:

Choose at least two of the following:

CE 315 Geology for Engineers

CE 406 Construction Engineering

CE 407 Introduction to Construction Estimating and Scheduling

CE 408 Building Information Modeling (BIM) & Integrated Project Delivery (IPD)

CE 409 Fundamentals of building systems

CE 410/ 510 Sustainable Infrastructure and Building

CE 453/ 553 Properties and Performance of Concrete Materials

CE461 Transportation Design

Architectural Engineering & Building Construction Track

Five required courses included:

CE 407 Introduction to Construction Estimating and Scheduling

CE 408 Building Information Modeling (BIM) & Integrated Project Delivery (IPD)

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CE 409 Fundamentals of Building Systems

CE 410/510 Sustainable Infrastructure and Building

CE 448 Introduction to Architectural Engineering

Students should meet with their academic advisor to select the most appropriate CEM courses according to their career objectives. By successfully completing the courses recommended above, upon graduation, students receive a bachelor’s degree in their major with a Dean’s Certificate indicating a “Professional Concentration in Construction Engineering Management” and a notation to that effect on their transcript.

Electrical Power Engineering Professional Concentration

Clarkson University offers a professional concentration in Electric Power Engineering that is available to electrical engineering majors. The concentration consists of:

1. EE 331 Energy Conversion 2. EE 333 Power System Engineering 3. EE 431 Power Transmission and Distribution 4. 2 power elective courses 5. 1 breadth elective course

Two of the following Power Electives:

EE 430 High Voltage Techniques and Measurements

EE 439 Dielectrics

EE 438 Alternate Energy Systems

ES 340 Thermodynamics

*Any power engineering graduate course with department approval

One of the following Breadth Electives:

EE 450 Control Systems

EE 451 Digital Control

EE 401 Digital Signal Processing

EE 446 Instrumentation

EE 407 Computer Networks

EE 365 Advanced Digital Circuit Design

Courses not on these lists must be approved by the ECE Department. By successfully completing the concentration, upon graduation, students receive a BS in Electrical Engineering with a Dean’s Certificate indicating a “Professional Concentration in Electric Power Engineering” and a notation to that effect on their transcript.

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Materials Engineering Concentration

Many engineers and scientists are employed in the materials processing and manufacturing industries. Increasing demands on the mechanical and environmental durability of national infrastructure require improving the strength and useful life of steels, concrete, ceramics and other engineering/structural materials. Space exploration and miniaturization of electronic devices, for example, are made possible by the development and processing of nanostructured composite materials through nanotechnology. To help students improve employment opportunities in materials-related areas, Clarkson University is offering a concentration in Materials Engineering. A Clarkson student can qualify for a Certificate from the dean of the Coulter School of Engineering verifying satisfactory completion of the coursework necessary to create a Professional Concentration in Materials Engineering. To attain this, the student must complete five (5) courses, which include two (2) required courses and three (3) electives from the list given:

Two required courses:

ES 260 Materials Science and Engineering I

ES 360 Materials Science and Engineering II

Three of the following elective courses:

CE 411 Construction Materials Engineering

CM 430 Colloids and Interfaces

CM 450 Introduction to Polymer Chemistry

EE 439 Dielectrics

ES 357 Microelectronic Circuit Fabrication

ES 361 Fine Particle Technology

ES 365 Polymer Materials

ES 452 Biomaterials and Biomedical Engineering Application

ES 464 Corrosion Engineering

PH 341 Solid State Physics I

PH 442 Solid State Physics II

ME 390 Manufacturing Processes

ME 393 Analysis of Materials Processing

ME 457 Composite Mechanics

ME 492 Welding Metallurgy

ME 591 Selected Topics in Materials Engineering : ”Micro and Nano Systems Engineering”

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Structural Engineering Concentration

A professional concentration in Structural Engineering is available to civil engineering students to increase their ability to modernize and increase the effectiveness of the nation’s physical infrastructure. This challenge involves the design and construction of new physical systems such as our highways, harbors and waterways, bridges, buildings, and water treatment facilities. This effort requires a variety of specialized talents that can in part be developed through the selection of professional electives. To obtain a Professional Concentration in Structural Engineering, a student must choose required and professional electives in order to complete the following seven courses:

Five required courses included:

CE 420/ 520 Computational Methods of Structural Analysis

CE 415/ 515 Foundations, Stability, and Retaining Structures

CE 441 Reinforced Concrete Design

CE 442 Steel Design

CE 490 Senior Design

CE 421/ 521 Composite Mechanics and Design

CE 444/ 544 Advanced Design of Structural Concrete

CE 448 Introduction to Architectural Engineering

CE 453/553 Properties & Performance of Concrete Materials

CE 455/ 555 Structural Damage Assessment, Rehabilitation, and Repair

CE 512 Structural Dynamics

CE 538 Finite Element Methods

CE 557 Environmental Degradation of Concrete Structures

It is of particular importance for transfer students to be aware of the sequence of prerequisite courses required to complete Steel and Reinforced Concrete Design for the Structural Engineering concentration. This sequence consists of ES220, ES222, CE320, CE441 (Fall), CE442 (Spring) and requires five semesters if transfer students have not taken ES220 Statics before entering Clarkson. In special circumstances ES222 and CE320 can be taken concurrently. By successfully completing the courses recommended above, upon graduation, students receive a bachelor’s degree in their major with a Dean’s Certificate indicating a “Professional Concentration in Structural Engineering” and a notation to that effect on their transcript.

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Water Resources Engineering Concentration

A professional concentration in Water Resources Engineering is available to undergraduate students

who are planning a career in hydraulics, open channel flow, water treatment, or hydrology. The

professional concentration allows students to satisfy the accreditation requirements in civil

engineering while pursuing a course of study in water resources engineering. Students receive a

Bachelor of Science degree in CE with a certificate of professional concentration in Water Resources

Engineering.

To obtain a Professional Concentration in Water Resources Engineering, a student must choose

required and professional electives in order to complete the following seven courses:

Four required courses include:

CE 430 Water Resources Engineering II

CE 470 Stream Riparian System and Fluvial Morphology

CE 479 Water and Wastewater Treatment Processes

CE 490/ 491 Senior Design with Water Resources Focus

Choose any two from the following:

CE 315 Geology for Engineers

CE 340 Introduction to Environmental Engineering

CE 380 Fundamentals of Environmental Engineering

CE 434 Sustainable Development Engineering

CE 435 Groundwater Hydrology and Geochemistry

CE 478 Solid Waste Management and Landfill Design

CE 481/581 Hazardous Waste Management and Engineering

CE 482/582 Environmental Systems Analysis and Design

And choose at least one from the following:

BY 330/ EV 330 Great Lakes Water Protection

BY 431 Limnology

ES 436 Global Climate Change: Science, Engineering & Policy

COMM 428 Environmental Communication

EV 305 Sustainability and the Environment

POL 470/ SOC 470 Environmental Policy

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INSTITUTE FOR A SUSTAINABLE ENVIRONMENT Susan E. Powers, Director and the Spence Professor in Sustainable Environmental Systems Alan Rossner, Associate Director for Education Andrea Ferro, Associate Director for Research

The Clarkson Institute for a Sustainable Environment (ISE) is home to Clarkson's environmental activities associated with research, interdisciplinary graduate and undergraduate degree programs, and outreach programs. The Institute was established to support Clarkson's long-standing expertise in this field and to increase interdisciplinary collaboration among faculty. The Institute for a Sustainable Environment is a collaborative and multidisciplinary community that serves as the hub for the University’s drive toward a sustainable world. We facilitate high impact learning experiences, foster transformative scholarship, and engage the campus and broader community in order to understand and address environmental and sustainability challenges Recognizing that environmental problems increasingly require the expertise of many disciplines and points of view, the Institute promotes partnerships and interdisciplinary activities that enable the integration of basic and applied research, providing the increased understanding about environmental systems that is needed for informed decisions and policies. Fostering links among its members to facilitate environmental activities, ISE sponsored workshops, seminars, and student co-curricular activities. Faculty and students also participate in the Interdisciplinary Programs: BS-Environmental Science & Policy, BS-Environmental Health Science; MS-Environmental Policy; MS & PhD Environmental Science and Engineering. Several minors are also available to help students from across campus integrate sustainability and the environment into their disciplinary majors.

BS In Environmental Science & Policy Alan Rossner, Director Concerns about environmental issues and how sustainable our natural and human resources will be in the future are increasingly at the forefront of governmental policy, corporate planning, and the day-to-day choices of families like yours. Government-supported research focuses on important topics such as climate change, depletion of the ozone layer, habitat destruction, and air and water pollution. Corporations seek new production methods and materials to decrease industrial pollution. At home, we minimize our carbon foot print, reduce our water use and attempt to reduce our solid waste through recycling and purchase products with less packaging. Cleaning up the pollution of the past and confronting contemporary environmental challenges require creative and multidisciplinary solutions. Those most successful in addressing these complex issues will be trained in a variety of backgrounds. They will understand the basic concepts in the life sciences and their application to real-world problems. They will appreciate the history and complexity of social and political systems. And they will be knowledgeable in environmental regulation and policy. Clarkson’s Environmental Science and Policy (ES&P) program prepares its graduates to become effective leaders by providing a broad-based, interdisciplinary background.

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Clarkson undergraduates experience hands-on learning that includes assisting the faculty with research projects and working on independent projects. The coursework is challenging but flexible, and the ES&P degree allows students significant freedom in choosing their emphasis in an environmental area. The curriculum is also well suited as a preparatory degree for students interested in pursuing a degree in the health sciences, including medicine, dentistry, and veterinary science. Programs can be tailored to meet the interests of the student. To this end, Clarkson offers both a minor and a major in Environmental Science & Policy. Upon successful completion of the major, a student will be awarded a Bachelor of Science (BS) degree. The major allows students to pursue their study of the environment in an interdisciplinary fashion. Program Learning Outcomes The overarching outcomes for students completing the ES&P program include:

1. Students will be able to explain the basic methods and aims of the environmental science as well as

the interactions of organisms, their environments and the consequences of these interactions for

human population, communities, and ecosystem dynamics.

2. Students will develop the ability to analyze environmental policy and characterize sustainable

communities by becoming aware of scientific issues in the larger social, environmental and economic

context.

3. Students will develop skills for lifelong learning and standards of professional behavior that include

rules of ethics.

4. Students will develop effective oral and written communication skills with peers and members of

the public to be able to communicate the fundamentals of environmental science and policy.

5. Learn about career opportunities in the environmental sciences in preparation for professional

employment or graduate school after graduation.

Our learning outcomes were developed with the vision that we will administer an educational experience that motivates students toward academic excellence and provides them with a comprehensive program of study conveying the knowledge, skills, and preparation to excel in the Field of Environmental Science. There are required courses in biology, ecology, business, chemistry, physics, policy, and mathematics. Using these as a foundation, students can use professional electives to investigate environmentally related issues of interest in more depth.

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Course Requirements & Electives

ES&P REQUIRED COURSES

Course Title Credits

BY 140 Biology I: Inheritance, Evolution & Diversity 3

BY 142 Biology I: Laboratory 2

BY 160 Biology II: Cell and Molecular Biology 3 3

BY 222 Ecology 3

BY 224 Ecology Lab 2

BY 320 Microbiology 3

CE/SC 301 Global Information Systems 3

CM 131 OR CM 103 & CM 106

General Chemistry I Structure and Bonding & Chemistry Lab I

4 3 & 2

CM 132 OR CM 104 & CM 106

General Chemistry II Equilibrium and Dynamics & Chemistry Lab II

4 3 & 2

CM 241 Organic Chemistry I 3

EC 150 Microeconomics 3

EC 360 Environmental Economics 3

EV 100 Intro to ES&P and EHS Seminar1 1

EV 280 Environmental Science 3

EV 305 Sustainability and the Environment 3

FY 100 Freshman Seminar 1

PH 141 or PH 131 Physics for Life Sciences I or Physics I 4

PH 142 or PH 132 Physics for Life Sciences II or Physics II

POL 470 Environmental Policy 3

UNIV 190 Clarkson Seminar 3

MA Two math courses (one must be a calculus course) 6

STAT One statistics course 3

EHS courses Must complete 5 credits: EHS 309: Intro to Industrial Hygiene EHS 310: Industrial Hygiene Laboratory

3 2

EV 400 Capstone Research Project 3

EV 432 Risk Analysis 3

Core Policy 2 core policy electives from a list of 5 6

Env/Sust Courses 2 social science oriented classes with an environmental or sustainability focus

6

Electives Science/Engineering/Math electives 6

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ES&P ELECTIVES Professional Electives are defined as courses appropriate to the professional and career objectives of students and the ES&P Program. Professional electives are typically upper-level courses (300-level or above) chosen with the advice and consent of the student’s advisor, and focused on a minor, concentration or double major (in Biology, Chemistry, Environmental Engineering, Environmental Health Science, Law, or Communication, for example). The following courses are considered professional electives. Additional courses may be taken pending permission from the director of the program. Some professional electives require additional prerequisites. A list of frequently offered electives courses is available in ISE office. The following list provides an example of common ES&P electives

SCIENCE/ENGINEERING/MATH select 2 (6 credits) total from the following:

BY 302 Plant Science of Northern New York

CE481 Haz. Waste Management

BY 304 Zoology CE 486 Industrial Ecology

BY 322 Microbiology Lab CM 242 Organic Chemistry II

BY 328 Conservation Biology CM 244 Organic Chemistry Lab

BY 340 Behavioral Ecology and Sociobiology

CM 300 Instrument lab

BY 358 Animal Learning & Cognition CM 371 Physical Chem I

BY 420 Evolution EHS 405 Methods and Analysis

BY 425 Biological Systems and Environmental Change

EHS 416 Principles of Toxicology & Epidemiology

BY 431 Limnology EHS 481 Adv. Topics in Env. & Occ. Health

BY 432 Limnology Lab ES 432 Risk Analysis

BY 450/CM 460

Biochemistry I ES 436 Climate Change: Science, Eng. & Policy

CE 340 Intro to Environ. Engineering

EV 3123 Adirondack Ecology and Environmental Science

CM 221 Spectroscopy EV 3163 Adirondack Env. Science

CM 223 Spectroscopy Lab EV/CE 435 Groundwater/Hydrology

PH 142 Physics for Life Sciences II EV 3143 ADK Integrated project

PH 132 Physics II STAT 318 Bio statistics

CE 479 Water and Wastewater treatment

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Core Policy Electives, select 2 (6 credits) from the following:

Environmental and Sustainability Electives related to Social Sciences select 2 (6 credits) from the following:

ANTH 225 Culture and Environment

ANTH 285

Food and Society or What to Think About What You Eat

BY 330 Great Lakes Water Protection

COMM 428 Env. Communication

EV3153 Entrepreneurship and Economic Dec. in the ADKs

EV3203 Env & Soc issues in ADKs

EV3223 ADK Park: Sense of Place

POL374 Env. Political Theory

PHIL341 Professional Ethics

SOC330 Health, Wealth Inequality and the Environment

1Not required for transfer students. 2 A current list of frequently offered Electives courses is available in ISE office. 3 Only students accepted in the ADK semester can register for these courses. 4 Once the student has selected 2 core policy electives, the remaining can also count as Environmental

and Sustainability Electives related to Social Sciences.

Complete the University requirements of a minimum of 120 credit hours, knowledge areas,

communication points, technology serving humanity course, and the professional experience.

PHIL 370 Environmental Ethics

POL260 Intro Public Policy

POL 375 Env Law

POL 471 Energy Policy

LW 270 Law and Society 1

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The following is a sample curriculum for ES&P majors. Not all students will complete these courses in sequence shown below.

Environmental Science & Policy Sample Curriculum

FIRST YEAR

First Semester Second Semester

Course Title Cr. Hrs. Course Title Cr. Hrs.

BY 140 Biology I 3 BY 160 Cellular & Molecular Biology 3

BY 142 Biology I Lab 2

CM 131 or CM 103/105

Gen. Chemistry w/Lab

4 CM 132 or CM 104/106

Gen. Chemistry w/ lab 4

EV 100 Intro to Environ Science & Policy

1 KA Knowledge Area (KA 1) 3

UNIV 190

The Clarkson Seminar

3 MA 181 or 132

Basic Calculus OR Calculus II 3

FY 100 Freshman Seminar

MA 180 or 131

Intro to College Math OR Calculus I

4

17 13

SECOND YEAR

First Semester Second Semester

Course Title Cr. Hrs. Course Title Cr. Hrs.

BY 222 General Ecology 3 EHS 309

Intro to Industrial Hygiene 3

BY 224 General Ecology Lab 2 EHS 310

Intro to Industrial Hygiene Lab

2

EC 150 Micro Economics4 (KA 2)

3 Core Policy Elective1,2 3

PH 131/141

Physics I OR Physics for LifeSciences I

4 STAT 318/282

Biostatistics or General Statistics

3-4

CM 241 Organic Chemistry 3 PH 132/142

Physics II or Physics for LifeSciences II

4

EV280 Environmental Science

3

16 15-16

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THIRD YEAR

First Semester Second Semester

Course Title Cr. Hrs. Course Title Cr. Hrs.

EV 305

Sustainability & the Environment

3 EC 360 Environmental Economics1 (KA 4)

3

POL 470

Environmental Policy (KA 3)

3 Core Policy Elective 3

CE 301

Geographical Information Systems

3 BY 320 Microbiology 3

SS-Env/Sust. Elective 3 Free Elective 3

Free Elective 3 Sci./Eng/Math Elective3

3

OR ADK Semester (Recommended)

15

15 15

FOURTH YEAR

First Semester Second Semester

Course Title Cr. Hrs. Course Title Cr. Hrs.

EV 400

Capstone Project 3 ES 432 Risk Analysis 3

Sci./Eng./Math Elective3

3 EV 401 Capstone Project 1

Core Policy Elective 3 Free Elective 3

SS-Env/Sust. Elective 3 Free Elective 3

Knowledge Area 3 Knowledge Area 3

15 13

1EC 150 or EC 350 is required as a prerequisite for Environmental Economics (EC 360) and will satisfy a knowledge area requirement.

NOTE: Some electives may require additional prerequisites. Students must be registered for at least 14 credits to qualify for Dean’s List or as a Presidential Scholar.

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BS In Environmental Health Science Alan Rossner, Director Environmental Health Sciences (EHS) is a multidisciplinary program at Clarkson University focused on the study of how the natural and built environment impacts human health. In this continually evolving field, students study human exposure to chemicals, indoor air quality, water quality, air quality assessments in communities downwind of factories or busy highways, hazardous waste site assessment, and environmental sustainability. EHS practitioners anticipate, measure, and control hazardous biological, chemical, and physical agents. EHS specialist work closely with engineers, occupational health physicians, safety specialists, and physical therapists to identify the chemical and physical agents responsible for disease in our living environments, as well as hazard control and management strategies. The EHS curriculum is rigorous and effectively prepares students to work in the important area of environmental health and safety. In addition, the EHS curriculum is well suited as a preparatory degree for students interested in pursuing a professional degree in health sciences, including physical therapy, medicine, dentistry, and veterinary school. The program in Environmental Health Science stresses a strong background in the basic sciences, specific course work in environmental health and safety, and industrial hygiene experience gained through laboratory exercises in environmental monitoring, field trips, co‐op and internships. The vision of Clarkson University's Environmental Health Science Program is to promote the prevention of illness and injury due to environmental and occupational hazards through education, training, and applied research. Program Learning Outcomes The overarching outcomes students achieve in the BS EHS program are: 1. Understand the scientific principles and practical applications of the anticipation, recognition,

evaluation and control of health hazards in the workplace and community environment.

2. Application of EHS Management, Risk Management and Risk Communication concepts to resolve

workplace and community hazards.

3. Develop the skills to use modern techniques and tools to access hazards in the practice of EHS.

4. Understand the professional and ethical responsibilities inherent to the EHS professional.

5. Demonstrate an understanding of applicable business and managerial practices in EHS.

6. Understand the scientific principles and practical applications of complementary science and

engineering studies.

7. Develop the ability to work effective in teams with other EHS professionals, scientists, community

members, government agencies and/or other stakeholders.

8. Understand the role EHS plays in impacting global solutions to environmental health problems –

sustainability concepts.

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Course Requirements & Electives

EHS REQUIRED COURSES:

Course Title Credits

BY 140 Biology I: Inheritance, Evolution & Diversity 3

BY 142 Biology I: Laboratory 2

BY 160 Biology II: Cell and Molecular Biology 3 3

BY 222 Ecology 3

CM 131 OR CM 103 & CM 106

General Chemistry I Structure and Bonding & Chemistry Lab I

4 3 & 2

CM 132 OR CM 104 & CM 106

General Chemistry II Equilibrium and Dynamics & Chemistry Lab II

4 3 & 2

CM Organic Chemistry I 3

Either CM sequence or BY sequence depending on your concentration.1

CM 221 Spectroscopy 3

CM 223 Spectroscopy Lab 3

OR

BY 471 Anatomy and physiology 3

BY 472 Anatomy and physiology 3

EV 100 Intro to ES&P and EHS Seminar1 1

EV 280 Environmental Science 3

FY 100 Freshman Seminar 1

PH 141 or PH 131 Physics for Life Sciences I or Physics I 4

PH 142 or PH 132 Physics for Life Sciences II or Physics II 4

UNIV 190 Clarkson Seminar 3

ES 432 Risk Analysis 3

Two math courses - one must be a calculus course 6

EHS Courses: 21 credits in total

EHS 309 Intro to Industrial Hygiene 3

EHS 310 Industrial Hygiene Laboratory 2

EHS 330 Occupational Safety and Ergonomics 3

EHS 405 Monitoring and Analysis 4

EHS 406 Industrial Hygiene Controls 3

EHS 416 Intro to Toxicology and Epidemiology 3

EHS 481 Advanced Topics in Environ. & Occupational Health 3

EV 400 Capstone research project 3

1Not required for transfer students.

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EHS ELECTIVES2

Bio/Chem/Eng Electives 6

One statistics course 3

One Engineering course 3 2 A list of frequently offered elective courses is available in the ISE Student Handbook *Complete the university requirements for knowledge areas, communication points, technology serving humanity course, and the professional experience. EHS CONCENTRATION REQUIREMENTS

Environment and Security

CM 221 Spectroscopy BY 320 Microbiology I

CM 223 Spectroscopy Lab (2 credits) BY 322 Microbiology I Lab (2 credits)

EV 400 Capstone Project (1 credit) EV 401 Capstone Project

Select 2 courses below from SUNY Canton (recommended):

JUST 230 Fundamentals of Homeland Security

JUST 326 Threats to Homeland Security

JUST 420 The Corporate Role in Homeland Security

Other suitable course Criminal Justice/Homeland security courses can be approved by the Director of the ISE or designee.

Ergonomics

BR 200 Intro to Biomed Rehab EHS 330 or EHS 320

Safety Management OR Ergo Course

EV 400/ EV 401

Capstone Project – Ergonomics related

In addition, students must select at least 2 of the following:

BY 460 Kinesiology II BY 471 Anatomy & Physiology I (pre-requisite for BY 472)

ME 380 Special Topics Biomechanics (MA 131 pre-requisite)

BY 472 Anatomy & Physiology II

BY 350 Comparative Anatomy BY 360 Physiology

Other suitable course Ergonomics related courses can be approved by the Director of EHS or designee.

Industrial Hygiene

CM 221 Spectroscopy EHS 330 Safety Management

CM 223 Spectroscopy Lab EV 400/ 401 Capstone Project

Other suitable course Industrial hygiene or chemistry related courses can be approved by the Director of the EHS program.

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The following is a sample curriculum for EHS majors. Not all students will complete these courses in sequence shown below.

Environmental Health Science Sample Curriculum

FIRST YEAR

First Semester Second Semester

Course Title Cr. Hrs. Course Title Cr. Hrs.

BY 140 Biology I 3 BY 160 Biology II 3

BY 142 Biology I Lab 2

CM 131 Gen. Chemistry I w/Lab 4 CM 132 Gen Chemistry II w/Lab

4

EV 100 Intro to Environ Science & Policy

1 MA 181 OR 132

Basic Calculus OR Calculus II

3

UNIV 190 The Clarkson Seminar 3 Knowledge Area Course #1 3

FY 100 Freshman Seminar 1 Knowledge area or science elective 3

MA 180 OR 131

Intro to College Math OR Calculus I

3

17 15

SECOND YEAR

First Semester Second Semester

Course Title Cr. Hrs. Course Title Cr. Hrs.

BY 222 General Ecology 3 EHS 309 Intro to Industrial Hygiene

3

PH141 Physics for Life Science 4 EHS 310 Intro to Industrial Hygiene Lab

2

CM 241 Organic Chemistry 3 PH 142 Physics for Life Science II

4

EV 280 Environmental Science 3 BY/CM/Eng Elective4 3

Knowledge Area Course #2 3 BY/CM/Eng Elective4 3

16 15

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1Or suitable Biology/Chemistry/Engineering course depending upon your concentration. 2Or other suitable Engineering elective 3Or other suitable Statistics course 4200 level course or above 5300 level course or above

NOTE: Some electives may require additional prerequisites. Students must be registered for at least 14 credits to qualify for Dean’s List or as a Presidential Scholar. *Complete the university requirements for knowledge areas, communication points, technology

serving humanity course, and the professional experience.

THIRD YEAR

First Semester Second Semester

Course Title Cr. Hrs. Course Title Cr. Hrs

CM 221 Spectroscopy1 3 EHS 330 Safety Analysis 3

CM 223 Spectroscopy1 Lab 3 STAT 318/282 Biostatistics3 OR General Statistics

3

EHS 405 Methods & Analysis

4 BY/CM/Eng Elective⁴ 3

EHS 406 Industrial Hygiene 3 Knowledge Area #3 3

Free Elective 3 CE 340 Intro to Env. Eng.2 3

16 15

FOURTH YEAR

First Semester Second Semester

Course Title Cr. Hrs. Course Title Cr. Hrs

BY/CM/Eng Elective⁴ 3 ES 432 Risk Analysis 3

Prof. Elective Elective -Sci/ Eng/ Math5

3 EV 401 Capstone Project 1

EV 400 Capstone Project 3 EHS 481 Advanced Topics in EHS

3

EHS 416 Principles of Toxic & Epidem.

3 Knowledge area Course #5 3

Knowledge Area Course #4 3 Free Elective 3

15 13

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Minors in Institute for Sustainable Environment Minor In Environmental Health Science A minor in Environmental Health Science is available to all students except those majoring in this program. To obtain a minor, a student must successfully complete the following courses: A. Required Courses

EHS309 Introduction to Industrial Hygiene 3 EHS310 Introduction to Industrial Hygiene Lab 2 EV280 Environmental Science 3

B. Select any two courses EHS405 Methods & Analysis 4 EHS406 Industrial Hygiene Control Methods 3 EHS416 Principles of Toxicology & Epidemiology 3 EHS330 Occupational Safety and Ergonomics 3 EHS481 Advanced Topics in Environmental Health 3 ES432 Risk Analysis 3 CE433 Human Exposure 3 C. Select one of the following or students can substitute in an additional course from the previous Section B. CE340 Introduction to Environmental Engineering 3 CE380 Fundamentals of Environmental Engineering 3 CE481 Hazardous Waste Management Engineering 3 CE479 Water and Wastewater Treatment Processes 3 CE477 Atmospheric Chemistry 3 CM371 Physical Chemistry I 3 BY320 Microbiology 3 BY425 Biological Systems and Environmental Change 3 BY471 Human anatomy and Physiology I 4

In addition to the required courses, it is recommended that STAT 282 or STAT 383 or BY 318 be taken as a mathematics elective course for this minor. A minimum grade point average of 2.0 is required in the courses taken for the minor.

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Minors In Environmental Science or Environmental Policy Minors in Environmental Science or Environmental Policy are split between environmental science and environmental policy elective choices. The courses listed here offer examples; substitute courses may be taken to fulfill the minor requirements with permission from the director. For the Environmental Science Minor:

1. 15 credits of environmental science, nine credits of which must be in the 300 level or higher courses. Courses are selected from Category I. EV 280 Environmental Science is required for the science minor

2. Six credits of environmental policy. Courses are selected from Category II. 3. One option from Category III

No more than six (6) credits of the engineering classes can be applied towards an Environmental Science Minor. Note: Please check for pre-requisites for many of these courses. For the Environmental Policy Minor:

1. 15 credits of environmental policy, nine of which must be in the 300 hundred level or higher courses. Courses are selected from Category II.

2. Six credits of environmental science. Courses are selected from Category I. 3. Three credits spread across the following areas:

A. An independent research project B. An ES&P Multidisciplinary Project Course C. One option from Category III.

Category I: Environmental Policy

15 credits of Policy course and 6 credits of Science course

ANTH255 Culture and the Environment PHIL370 Environmental Ethics

COMM428 Environmental Communication PHIL405 Where the Wild Things Are

COMM429 Full Stack Development PHIL410 Sustainability: Theory and Practice

EC360 Environmental Economics POL220 American Politics

ES436 Global Climate Change: Sci, Eng & Policy POL250 Politics in Cross-National Perspective

EV314 Adirondack Integrated Research Project POL260 Public Policy

EV/EC315 Entrepreneurship & Econ. Dev. in ADK POL371 Environmental Law

EV322 Adirondack Park POL400 Constitutional Law

EV/SS320 Social & Pol. Issues in the ADK POL470 Environmental Policy

LW270 Law & Society I POL471 Energy Policy

LW466 Law of the Workplace SOC330 Health, Wealth, Inequality & the

Environ.

LW471 Law and Society II

OM451 (EM451) Quality Mgmt and Lean

Enterprise

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Category II: Environmental Science

15 credits of Science course and 6 credits of Policy course

BY140 General Biology I CE486 Industrial Ecology

BY160 General Biology II CE491 Senior Design Project

BY222 General Ecology CH434 Air Pollution Controls

BY224 General Ecology Lab CM221 Spectroscopy

BY314 Genetics CM223 Spectroscopy Lab

BY320 Microbiology CM371 Physical Chemistry

BY322 Microbiology Lab CM476 Atmospheric Chemistry

BY328 Conservation Biology ECE470 Hydraulic Engineering

BY340 Behavioral Ecology and Sociobiology EHS309 Environ & Occupational Health

BY420 Evolution EHS310 Intro to Industrial Hygiene Lab

BY425 Biological Systems and Environ.

Change

EHS405 Methods and Analysis

BY431 Limnology EHS416 Principals of Toxicology &

Epidemiology

CE301 Geographical Info Systems ES432 Risk Analysis

CE340 Intro to Environmental Engineering EV/CE435 Groundwater

CE380 Fundamentals of Env. Engineering BY/EV312 Adirondack Ecology & Env. Science

CE474 Engineering Hydrology EV314 Adirondack Integrated Research

Project

CE479 Water & Wastewater Treatment

Processing

EV316 Adirondack Environmental Science

CE481 Hazardous Waste Management BY/EV330 Great Lakes Water Protection

CE482 Env. Systems Analysis Design

*No more than 6 credits of the engineering classes can be applied towards an environmental science minor.

Category III: Three courses spread across the following areas

(can be projects from classes or specific courses)

Project based courses; pick ONE of the following:

EV100 Intro to Environmental Science &

Policy

OR

EV305 Sustainability & the Environment OR

Adirondack Semester courses

*Additional courses may be taken to fulfill the minor requirements with permission from the

director.

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Minor In Sustainable Solutions For The Developing World A minor in Sustainable Solutions for the Developing World is available to students in any degree program. The minor seeks to employ humanitarian principles toward sustainable solutions that address the conflict that often occurs between economic development and environmental justice predominant in the developing world. A goal of the curriculum is to provide students with the tools to understand issues concerning social justice and sustainability to be used when designing and implementing solutions for the developing world. To obtain the minor, a student must complete courses in four categories. The specific courses available in these areas vary from semester to semester. The Director of the minor program can approve alternative courses. 1. The purpose of this category of course work is for students to develop a comprehensive understanding of sustainability principles. Select one class (3cr. total): BY 330 Great Lakes Water Protection CGI/STS/UNIV; 1C BY 425 Biological systems and Environmental Change CGI/STS/UNIV BY 328 Conservation Biology STS BY 445 Biological Oceanography CE 434 Sustainable Development Engineering STS, 1C, 2 design CE 486 Industrial Ecology 1 design ES 436 Global Climate Change: Science, Engrg., Policy CGI/STS/UNIV EV 305 Sustainability and the Environment 1C EV 390 Sustainability Project Experience STS, 2C PHIL 370 Environmental Ethics STS, 1C

2. The purpose of this category of course work is for students to develop an understanding of the cultural, political, and social character of countries around the world. Select 2 classes (6 cr. total): ANTH 201 Introduction to Cultural Anthropology CGI/CSO/UNIV COMM 428 Public Debate and the Environment CGI/STS/UNIV HIST 332 Documenting Social Activism CSO/IA/UNIV; 1C LIT 250 World Literature CSO/IA/UNIV; 1C LIT 353 African Literature CSO/IA/UNIV; 1C PHIL 310 World Religious and Contemporary Issues CGI/IG/UNIV; 1C POL 250 Politics in Cross-National Perspective CGI POL 251 Introduction to International Politics CGI/IG/UNIV POL 335 Violence and Reconciliation CGI/IA/UNIV, 1C POL 362 Human Rights Law and Politics CGI; 1C

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3. The purpose of this category of course work is for the students to develop an understanding of key principles of innovation and entrepreneurship. Select two of the following courses (6 cr. total): EC 360 Environmental Economics EC/IG/UNIV; 2C EC 370 Economics of Innovation ES 438 Alternative Energy Systems 1 cred. Design MK 320 Principles of Marketing MK 436 Creativity, Innovation & New Product Development OM/EM 476 Management of Technology STS OM 380 Project Management EC SB 395 Global Business Strategies

4. Students in the minor are expected to engage in a multidisciplinary immersion experience related to the concepts addressed in this minor. Although travel to a developing country is encouraged, there are several approaches to meet this requirement. In all cases, the experience should be approved by the director of the minor in advance and experience be documented for credit toward the minor. Example opportunities include:

UNIV 299 Global Service (1 credit, requires an additional report to count for SSDW minor)

UNIV 349 International Service Learning

UNIV 399 Global Experience (with SSDW emphasis)

A multidisciplinary capstone project course (with SSDW emphasis)

Non-credit international travel with community service (e.g., with Engineers for International Sustainability, Doctors w/o Borders) (requires an additional report to count for SSDW minor)

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The Adirondack Semester Stephen Bird, Faculty Director

Adirondack Semester Through the Institute for a Sustainable Environment, Clarkson University offers an off-campus, semester-long study in sustainability via an immersive real-world research problem. The interdisciplinary and community-based program housed at Paul Smith’s College, examines the affairs of society and the natural environment of New York’s Adirondack State Park. The Park is a living experiment in sustainability where nature, people and policy have come together in the largest protected area in the contiguous United States. Created by New York State in 1892, it is an unusual complex of over six million acres with approximately half of it owned by the citizens of New York State and the other half held privately. In the ADK semester, a group of 8-14 students are in session with a diverse group of Clarkson faculty with specific interests, experience and scholarly work related to the Adirondack Park and/or the research problem. Students and faculty engage with a professional network of people, businesses and agencies that shape policy, conduct business, and lobby at local and state levels. Students enjoy a classroom learning experience with professors and guest lecturers, which is complemented by scientific research in the field. The semester consists of five, three-credit courses providing the student with 15, 300-level credits. The courses offered each semester vary slightly. Students experience the challenges and rewards of working cooperatively to research, analyze data and to generate answers to these problems. They seek out alternative methods and designs, emerging technologies and provide solutions that are innovative and/or unconventional. Paramount to the cause is a commitment to sustainability for society and nature.

ISE Research Undergraduate students can participate in a wide variety of interdisciplinary research projects with ISE affiliated faculty who are also associated with departments from across campus. Many undergraduate students participate in ISE related research for credit or pay and present their work at the annual Research and Project Showcase (RAPS). Inquire in the ISE office to learn more about the opportunities that match your interests.

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INSTITUTE FOR STEM EDUCATION Peter R. Turner, Director, pturner@clarkson.edu Catherine E. Snyder, Chair of Education Department, csnyder@clarkson.edu Kathleen R. Kavanagh, Associate Director, kkavanag@clarkson.edu The Institute for STEM Education changes the way the world does Science, Technology, Engineering, and Mathematics (STEM) education by combining disciplinary rigor with pedagogical science in outreach, teacher training, and graduate student and faculty professional development. STEM Ed programs include the Master of Arts in Teaching (MAT), and advanced certificate programs in teaching and the undergraduate Pre-Teaching minor. Please see the Graduate Catalog for more information. STEM Ed’s current objectives include coordination and expansion of Clarkson’s STEM Education activities:

1. MAT Teacher credentialing program, with a focus on growth at CRC, and developing programs in North Country and NYC

2. Expand the TA training “boot camp” both internally and externally 3. Outreach projects and new grant opportunities 4. Coordinate student work experiences in educational projects 5. Informal education, especially as represented by the Hudson River Estuarium at Pier 26 6. Academic Retention Programs (First Year Council etc.) 7. Bring the (mostly CRC-based) expertise in academic assessment and evaluation 8. Create and implement programs to support faculty in the classroom and improve learning

experiences for Clarkson students. 9. Dissemination of Scholarship of Teaching and Learning both on campus and in publications 10. Establish a Teaching Fellow program for Clarkson TA’s and other grad students wanting to

pursue academic careers Through all of this, STEM Ed will further enhance Clarkson’s reputation on the national and international stage.

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INTERDISCIPLINARY PROGRAMS In recent years, Clarkson University has built on its existing strengths in business, engineering, liberal arts, and the sciences to develop an increasing number of new interdisciplinary majors that combine learning from two or more traditionally distinct areas. Today, many of the most profound advances in knowledge are occurring at the intersections of previously separate academic disciplines and industrial fields. These innovative programs reflect not only the strength of the University’s academic faculty and resources, but also the flexibility and vitality of Clarkson’s highly collaborative academic environment. Clarkson’s current undergraduate interdisciplinary degree programs are: BS in Engineering and Management, BS in Environmental Health Science, BS in Environmental Science & Policy, BS in Mathematical Economics, BS in Social Documentation Double Major, and BS in Software Engineering, in which there also is a minor. The BS in Environmental Health Science and the BS in Environmental Science & Policy are housed in the Institute for Sustainable Environment. See the Institute’s section of this Catalog for detailed information. The BS in Engineering and Management is housed in the Reh School of Business. See the Reh School’s section of this Catalog for detailed information.

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BS In Mathematical Economics Dr. Diego Nocetti Professor of Economics & Financial Studies

Dr. Joseph Skufca Professor, Chair of Mathematics

Mathematical economics is the application of advanced mathematical methods to microeconomics and macroeconomics. Students will participate in a rigorous course of study in mathematics, economics, and the interaction between these two disciplines. Students will learn a broad range of economic theories and mathematical techniques that, together, will enable the students to apply rigorous analytical (empirical and/or theoretical) techniques to contemporary issues in economics, finance and beyond. Beyond core classes in each area, students have the freedom to direct their study towards areas of their own interest, including: Economic Theory, Data Analytics, Financial Analysis, and others. Students are able to fulfill the complete set of core Business classes as well, in which case they are well-prepared for managerial careers in the private sector, as well as for the pursuit of graduate education in business, in addition to their expertise in Economics and Mathematics. Students who choose to major in Mathematical Economics will be able to:

1. Apply advanced mathematical methods to problems in the economic sciences 2. Use statistical and econometric techniques to analyze data related to economic and other

phenomena 3. Build and analyze theoretical models which provide guidance in discussions about economic

and other policies 4. Critically read the scientific literature in the economic sciences

Students will be prepared for, among other things:

1. Advanced graduate study in the fields of mathematics and/or economics careers in economic policy and consulting

2. Training in the field of actuarial sciences 3. Careers in applied mathematics and statistics 4. Careers as quantitative financial analysts

Students must complete 120 credits in course work including satisfaction of the University General Education and Common Experience Requirements, as well as the major requirements cited below. All course work must be completed in accordance with the academic procedures of the University and the College governing undergraduate scholarship and degrees. A grade of ‘C-’ or better must be achieved in each MA and EC course applied towards the degree requirements. Students must obtain a grade point average of 2.0 or higher in all MA and EC courses combined.

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Mathematics requirements (at least 27 credit hours)

MA 131 Calculus I

MA 132 Calculus II

MA 200 Introduction to Mathematical Modeling and Software

MA 211 Discrete Mathematics and Proof

MA 231 Calculus III

MA 232 Elementary Differential Equations

MA 339 Applied Linear Algebra

STAT 383 Probability and Statistics

At least one additional MA course numbered above 300 Economics requirements (at least 24 credit hours) EC 150 Principles of Microeconomics EC 151 Principles of Macroeconomics EC 357 Intermediate Microeconomics EC 358 Intermediate Macroeconomics EC 311 Introduction to Econometrics EC 313 Mathematical Economics At least two additional courses with an EC course prefix Recommended Courses: Recommended MA Electives: MA 331 Fourier Series and Boundary Value Problems MA 332 Intermediate Differential Equations STAT 381 Probability STAT 382 Mathematical Statistics STAT 384 Advanced Applied Statistics Recommended EC Electives: EC 360 Environmental Economics EC 367 International Economics EC 370 Economics of Innovation/Entrepreneurship EC 384 Game Theory and Economic Strategy EC 451 Industrial and Supply Chain Economics EC 468 Financial Markets and Institution EC 475 Personnel Economics

Students who intend to pursue a career in actuarial science or a graduate career in economics are encouraged to take additional mathematics and economic courses. Recommended mathematics courses are any of the above MA courses. Recommended economic courses are any of the above EC courses.

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Mathematical Economics Sample Curriculum

First Semester Credits Second Semester Credits

EC 150 Principles of Microeconomics

3 EC 151 Principles of Macroeconomics

3

MA 131 Calculus I 3 MA 200 Math Modelling and Software

3

UNIV 190 Clarkson Seminar 3 MA 132 Calculus III 3

FY 100 First Year Seminar 1 Science Course w/lab 3

Science Course 3 Knowledge Area Elective 3

Knowledge Area Elective 3

Total 16 Total 15

Third Semester Credits Fourth Semester Credits

EC 313 Mathematical Economics 3 EC 311 Econometrics 3

MA 231 Calculus III 3 EC 357 Intermediate Microeconomics

3

STAT 383 Probability and Statistics 3 MA 232 Elementary Differential Equations

3

Free Electives 6 Free Electives 6

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

EC 358 Intermediate Macroeconomics

3 MA 339 Applied Linear Algebra 3

MA 211 Discrete Mathematics and Proof

3 Economics Elective 3

Knowledge Area Elective 3 Knowledge Area Elective 3

Free Electives 6 Free Electives 6

Total 15 Total 15

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BS In Social Documentation Double Major Jason Schmitt, jscmitt@clarkson.edu 315-268-2314 Jennifer Ball, Co-director, jball@clarkson.edu 315-268-4208 Students, whose interests are broad and flexible, with a wide span of interests, should consider Clarkson's double major in Social Documentation (SD), combining majors in the Social Sciences (history, political science, anthropology and sociology) or Humanities (literature, film and philosophy) with a major in Communication & Media. SD students combine social, political or creative perspectives with mastery of sophisticated communication and recording technologies. They may be interested in historical preservation of the creative arts or creating oral and video histories of people or groups of people; they may be social or political activists who want to create the sound and video recordings and products that most effectively put their ideas before a contemporary audience. Social Documentation emphasizes critical inquiries into societal issues as well as the study of recording and documenting theories, techniques and technologies. A substantive knowledge base in a social sciences or humanities discipline enables students to ground their communication degree in an area of interest that will also give them a distinctive perspective. Likewise, the critical thinking, persuasive, and media production skills learned from the communication program will empower the social science or humanities major to more effectively create products that can influence, entertain or educate. During their years at Clarkson, students will develop the ability to use sophisticated recording and communication technologies in order to better understand or advance a set of social, historical, political or creative interests or concerns. Students choosing this double major will begin with the Clarkson Common Experience, as detailed in the Academic Requirements section of this Catalog. Additionally, they will satisfy all the requirements for each major, as detailed in the School of Arts and Sciences section of this Catalog. The following additional requirements are specific to Social Documentation, but most will also count as one of the requirements for one of the majors:

1. History of Social Documentation, a three-credit hour gateway course to the major, will introduce basic concepts and stress the connections between the two majors

2. One three-credit hour film course, chosen from a list of approved courses 3. Two three-credit hour video production and digital design courses, chosen from a list of

approved courses 4. Two senior capstone courses, SD 480 and SD 490, will generally be taken sequentially

a. Students enrolled in SD 480 will be folded into that semester’s HSS 480 cohort. SD 480 normally involves the research project planning, while SD 490 focuses on execution/ production.

The sample curriculum below indicates some examples of the kinds of courses that might be chosen by Social Documentation double majors, though individuals will personalize their curricula in order to meet their specific educational and career goals.

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Social Documentation Sample Curriculum

First Semester Credits Second Semester Credits

COMM 210 Theory of Rhetoric for Business, Science, and Eng

3 COMM 217

Introduction to Public Speaking

3

MA 180 Intro College Mathematics

4 COMM 310

Mass Media and Society 3

SD 200 History of Social Documentation

3 HIST 391 Documenting Social Activism

3

SS 120 Introducing the Liberal Arts

1 STAT 282 General Statistics 3

FY 100 First Year Seminar 1 Science Course 4

UNIV 190 The Clarkson Seminar 3

Science Course 3

Total 18 Total 16

Third Semester Credits Fourth Semester Credits

ANTH 200 Intro to Culture and Society

3 ANTH 320 Racial Inequity in the US 3

COMM 327 Digital Video Production

3 COMM 3XX

From Communication and Media List

3

HIST 320 Medicine and Society in America

3 COMM 427

Digital Video Production II 3

PY 151 Intro to Psychology 3 FILM 340 World in a Frame 3

Free Elective 3

Total 12 Total 15

Fifth Semester Credits Sixth Semester Credits

ANTH 385 Food and Society 3 COMM 100

Digital Design 3

POL 351 Globalization 3 COMM 4XX

From Communication and Media List

3

COMM Electives 6 HIST 395 Voice of the Past 3

Computer Course 3 Technology Course 3

Free Elective 3

Total 15 Total 15

Seventh Semester Credits Eighth Semester Credits

SD 480 Research Project and Internship

3 SD 490 Research Project and Internship

3

SOC 350 International Development and Social Changes

3 Free Electives 12

COMM Elective 3

Free Electives 6

Total 15 Total 15

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BS In Software Engineering Daqing Hou, Program Director dhou@clarkson.edu 315-268-7675 The discipline of software engineering is concerned with the application of engineering principles to the construction of computer software. It addresses critical issues across the life cycle of a software product, beginning with a proposal to develop an application that requires computing resources for execution, and continuing through the development, testing, operation, and maintenance of the software product until it is retired. The software engineer plays the role of the architect of a complex system. He or she takes into account the user requirements and needs, feasibility, cost, quality, reliability, safety, security, and time constraints. To do this, the software engineer has to be able to understand the application area that is the target of the desired software system, develop the software and ensure that it is reliable, and manage the project so that it is produced in an economical, timely manner. Software engineering graduates should be well prepared for a lifetime of professional activity, and the objective of our program is to build a foundation on which graduates can build successful careers. This means that, within a few years after completing the program, we expect that our graduates will be contributing professionals, effective and responsible collaborators. They should also have continued to grow intellectually and as well rounded citizens. The Program Educational Objectives (PEOs) are: PEO1: Graduates are expected to have advanced their careers as contributing professionals who apply fundamental engineering knowledge and analytical problem solving skills in a wide variety of practical applications. PEO2: Graduates are expected to have become well-rounded citizens who rely on their engineering education to serve society with an understanding of their professional and ethical responsibilities. PEO3: Graduates are expected to have become effective and responsible collaborators who function well in diverse team environments. Some graduates will have emerged as leaders in their field. PEO4: Graduates are expected to have exhibited intellectual growth and pursue continual innovation in their field. Those graduates who are especially talented and motivated to pursue a graduate degree should be successful at entering and completing graduate studies. The Student Outcomes (SOs) are: In order to prepare our graduates to attain these objectives, we have adopted the following student outcomes that we expect our graduates to achieve: SO1: an ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics

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SO2: an ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors SO3: an ability to communicate effectively with a range of audiences SO4: an ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts SO5: an ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives SO6: an ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions SO7: an ability to acquire and apply new knowledge as needed, using appropriate learning strategies. In the context of the software engineering discipline, this means that graduates of the program will:

1. Have a fundamental understanding of computer systems 2. Be able to apply engineering principles to software design and construction, having developed

the ability to: a. Develop software requirements and functional specifications b. Use proven techniques to design software structure before it is implemented c. Apply established verification and validation techniques d. Understand the importance of constructing large software systems using standardized

components and reusing existing code where possible e. Use software tools as effective aids in all phases of software development f. Design, develop, and deliver software in a cost effective manner

3. Have experience with issues encountered at every stage in the software life-cycle 4. Understand how to manage the development of software intensive systems 5. Be able to work on an interdisciplinary team of software components of a system 6. Have good interpersonal and communication skills 7. Be able to readily assimilate new technologies 8. Understand the impact their discipline has on society

To accomplish these goals, the curriculum is structured around a group of required courses in science, mathematics, and computer science and engineering. A variety of courses in the engineering sciences are included in the curriculum in order to provide exposure to application areas. Although there is ample opportunity for students to participate in team-based activities throughout the curriculum, each student’s program of study includes a major design experience in the senior year in which the student is required to bring together knowledge gained in a wide variety of courses to solve realistic problems, building significant applications in a team-based environment.

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Software Engineering is distinctive at Clarkson because it is interdisciplinary: We combine the expertise, knowledge, and experience of faculty from both the Electrical and Computer Engineering Department and the Computer Science Department. That benefits the students because they master the application of theory as well as knowledge and understanding of software processes as they gain the ability to develop effective and cost-efficient software systems. Clarkson’s program is also designed to help students build interpersonal and communication skills that can launch a successful career in today’s world. Requirements for the BS in Software Engineering:

1. Complete at least 120 credit hours of course work with at least a 2.000 GPA, both overall and in the Software Engineering major courses.

2. Complete the course requirements listed in the table below.

Software Engineering Curriculum

First Semester* Credits Second Semester* Credits

CM131 Chemistry I 4 CS141 Intro to Computer Science I

4

PH131 Physics I 4 PH132 Physics II 4

MA131 Calculus I 3 MA132 Calculus II 3

UNIV190 Clarkson Seminar 3 ES110 Engineering & Society, or Equivalent Course1

3

FY100 First-Year Seminar 1 ES100 Introduction to Engineering Use of the Computer

2

Total 15 16

Third Semester Credits Fourth Semester Credits

EE 262 Intro to Object Oriented Programming and Software Design

3 EE 221 Linear Circuits/ Science Elective

3

EE 264 Digital Design 3 EE 260 Embedded Systems 3

ES 250 Electrical Science 3 MA 211 Foundations 3

MA 232 Differential Equations 3 MA 231 Calculus III 3

KA/UC Elective1 3 KA/ UC Elective1 3

Total 15 Total 15

Fifth Semester Credits Sixth Semester Credits

EE 363 Generic Programming and Software Components

3 CS 344 Algorithms and Data Structures

3

EE 407 Computer Networks 3 EE 361 Fundamentals of Software Engineering

3

EE 408 Software Design for Visual Environment

3 EE 368 Software Engineering 3

MA 381/ STAT 383

Probability/ Probability and Statistics

3 EE 466 Computer Architecture 3

KA/ UC Elective1 3 EE 468 Database Systems 3

Total 15 Total 15

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Seventh Semester Credits Eighth Semester Credits

CS 341 Programming Languages 3 CS 444 Operating Systems 3

EE 418 Senior Design 3 CS 458 Formal Methods for Program Verification

3

EE 462 Software System Architecture

3 Professional Elective 2 3

ES 499 Professional Experience 0 Free Electives3 At least 5

Professional Elective2 3

KA/ UC Elective1 3

Total 15 Total 14

*This is a typical first- and second-semester curriculum sequence. Not all students will complete these courses in the first year. For example, some students will take ES110 in lieu of PH131 in the first semester, then PH131 in the second semester and PH132 in the third semester. 1There are a total of five courses which must be taken to cover at least four Knowledge Areas. At least one of these courses must be a University Course. University courses are interdisciplinary courses that cover two or more knowledge areas. One of the Knowledge Area courses is the required ES110 (or Equivalent). One of the Knowledge Area courses must be an economics course; EC 350 is recommended. 2Professional Electives may be any course numbered EE 300+, CS 300+, MS 300+, AS 300+, BR 400, ME 444, COMM 341, COMM 395, or CS 242. 3The Undesignated Electives are fulfilled by college level courses that do not contain a significant amount of material already covered elsewhere in the student’s program. See Academic Requirements for details of the Clarkson Common Experience, including the First-Year Seminar, the Clarkson Seminar, Knowledge Area (KA) courses, University Courses (UC), and related requirements and professional experience.

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Minor in Robotics Robotics is an interdisciplinary field that involves the application of mechanical engineering, electrical, computer and software engineering, and computer science knowledge for the design, construction and operation of automated machines that can take the place of humans in dangerous environments or manufacturing processes, or resemble humans in appearance, behavior, and/or cognition. Commercial and Industrial robots are now in widespread use performing jobs more cheaply or with greater accuracy and reliability than humans, or that are too dirty, dangerous or dull to be suitable for humans, e.g., in manufacturing, assembly and packing, transport, earth and space exploration, surgery, weaponry, laboratory research, and the mass production of consumer and industrial goods. The Minor in Robotics is designed to provide students with a solid and coherent introduction to field and consists of two parts: four required core courses (9 credit hours) to give students a strong, working foundation in the associated technology and three elective courses (9 credit hours) that allow students to explore various sub-areas within the field or specialize more deeply in one area. Requirements To graduate with a Minor in Robotics, students must earn an average GPA of 2.0 in six courses (18 credit hours) that satisfy the following requirements: Core Courses (required):

1. MA339- Applied Linear Algebra, 3 credits, Fall/Spring (Prerequisites: MA132; MA230/231), or MA330- Advanced Engineering Mathematics, 3 credits, Fall/Spring (Prereq.: MA231 and MA232)

2. EE455- Introduction to Mobile Robotics, 3 credits, Spring (Prereq.: EE321, EE/ME324, or MA339) 3. EE456- Introduction to Robot Manipulators, 3 credits, Fall (Prereq.: EE321, EE/ME324, or

MA339) 4. MP414- Applied Robotics or equivalent robotics project experience, 0 credits (P/NC),

Spring/Fall Elective Courses (minimum of three courses, I.e., nine {9) credits, from the following·): ECE Department: EE260 ·Embedded Systems (Prerequisite: CS141) EE401 - Digital Signal Processing (Prerequisites: EE321) EE408- Software Design for Visual Environments (Prerequisite: EE262) EE446- Instrumentation (Prerequisite:EE341) EE450- Control Systems (Prerequisites : EE324) EE451- Digital Control (Prerequisites: EE321) EE452 -Optimization Techniques In Engineering (Prerequisites : MA339) EE465 -Computer Graphics (Prereq.: CS142 or EE262; and MA232 or MA239, or MA339 as a corequisite) EE506- Image Processing and Computer Vision (Prerequisites: EE321) EE652- Computer Vision (Prerequisites: CS344 and MA339 with minimum 3.5 GPA and junior standing) MAE Department: ME385- Design of Electromechanical Systems (Prerequisites: ES250, EE/ME324) ME443- Optimal Engineering (Prerequisites: ME350 or ME341) ME444- Computer Aided Engineering (Prerequisites: ES100 or EM121, and MA231) ME450- Control Systems (Prerequisites: AE/EE/ME324 or Corequisite: EE321)

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CS Department:

CS449 - Computational Learning (Prerequisites: CS344 and CS345)

CS451 - Artificial Intelligence (Prerequisite: CS344)

CS452 - Computer Graphics (Prerequisite: CS142 or EE262; and MA232 or MA239, or MA339 as a

corequisite)

CS459 - Human-Computer Interaction (Prerequisites: proficiency in C++, Java, or C)

CS461 - Mixed Reality (Prerequisites: CS142 or EE262; and MA232 or MA239, or MA339 as a

corequisite)

CS465 - Mobile Robotics/Human-Robot Interaction (Prerequisite: CS344)

CS652 - Computer Vision (Prerequisites: CS344 and MA339 with minimum 3.5 GPA and junior

standing)

*Some course substitutions are possible: a list of acceptable substitutions will be maintained by the

School of Engineering in conjunction with the MAE, ECE, and CS Departments and updated annually.

In addition, students must satisfy the following University requirements regarding

Minors:

A minimum 2.0 grade point average is required in the minor;

Only zero credit hour courses can be designated as pass/no entry;

At least one-fourth of the credit hours required must be completed at Clarkson, unless an exception

is approved by the Dean of the minor program.

Minor in Software Engineering A minor in Software Engineering is available to students in any degree program with the exception of the Software Engineering and Computer Science degree programs. To obtain a minor, a student must complete the following course requirements:

1. CS 141 CS 142, and CS 344 or CS 141, EE 262, and EE 363 2. CS 242 or EE 408 3. EE 368 or CS 350 4. One of EE 465/CS 452, CS 455/EE 407, EE 468/CS 460, or other course approved by the Software

Engineering Program Committee

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NON-DEGREE GRANTING DEPARTMENTS

Reserve Officers’ Training Corps ROTC at Clarkson University is an elective course of study that provides college-trained officers to the

United States Army, Air Force, and Space Force. Upon graduation and successful completion of either

the Army program in Military Science or the Air and Space Force program in Air, Space, and Cyberspace

Studies, students receive appointments as commissioned officers at the rank of second lieutenant.

Each program provides a Basic Course in the freshman and sophomore years, and an Advanced Course

in the junior and senior years. Sophomores who did not participate during their first two years may

qualify for admission into the Army Advanced Course by attending a special, expenses-paid, four-week

basic camp in the summer prior to their junior year. There are other entry options available for

veterans and graduate students. Students may enroll in the ROTC Basic Course without incurring any

military service obligation.

Admission to junior and senior (300- and 400- ) level classes is contingent upon successful completion of freshman and sophomore curriculum (or its equivalent) and qualifications in leadership, academic proficiency, medical qualification, and physical fitness. In special situations, students may qualify for admission into Army ROTC Advanced Course or Air Force ROTC 300- and 400-level curriculum by meeting other criteria. Academic credit toward graduation requirements for Military Science and Air, Space, and Cyberspace Studies courses is determined by the individual schools at Clarkson. Interested individuals should contact the Army ROTC Golden Knights Battalion or Air Force ROTC Detachment 536 direct. Uniforms and equipment required for ROTC courses are furnished free of charge to students in the Basic and Advanced Courses. Advanced-course students are currently paid a monthly (tax-free) stipend on a 10-month-per-year basis to offset living costs. Additionally, qualified students may be eligible to compete for Army, Air Force, and Space Force ROTC scholarships.

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Military Science (Army ROTC) LTC Bill Nguyen, Chair & Professor of Military Science, bnguyen@clarkson.edu 315-268-7705 Mr. Scott Toth, Enrollment Officer, stoth@clarkson.edu 315-268-7705 The Clarkson University Army ROTC Golden Knight Battalion was founded in 1936 to enable Clarkson students to earn commissions as second lieutenants in the United States Army. Since then, it has commissioned over 1,300 leaders into the Active Army, Reserve, and National Guard components. Today, the Golden Knight Battalion continues to commission high-quality officers not only from Clarkson, but also from St. Lawrence University, SUNY Potsdam, and SUNY Canton. The goal of the department is to develop outstanding scholar-athlete-leaders. The specific training you receive in Army ROTC will teach you leadership development, ethics, military law, training management, communications and fitness. This will take place both in the classroom and hands-on in the field, but you will have a normal daily schedule like all college students. Army ROTC is an integral part of campus life, and cadets are active in all campus activities, including student government, varsity athletics, and Greek organizations. The battalion is approximately 100 cadets strong, and its focus remains on the development and training of America’s future leaders. The Program The ROTC program complements the traditional college curriculum by emphasizing development of the student’s leadership, management and interpersonal skills through dynamic instruction and challenging, experiential training. This is accomplished through a two-stage curriculum: Army ROTC Basic Course and Advanced Course. The first stage, or Basic Course, takes place during your first two years in college as elective courses. It involves one elective class and lab each semester. You will learn basic military skills, the fundamentals of leadership and start the groundwork toward becoming an Army leader. You can take Army ROTC Basic Courses without a military commitment. The second stage, or Advanced Course, takes place during your last two years in college as elective courses. It includes one elective class and lab each semester, plus a summer leadership course. You will learn advanced military tactics and gain experience in team organization, planning and decision-making. Entering the Advanced Course requires a commitment to serve as an Officer in the U.S. Army after you graduate. Every Army ROTC cadet who enters into the Advanced Course attends Advanced Camp. It is a four-week summer camp that evaluates and develops Army ROTC cadets. This camp takes place between your junior and senior years of college, and is conducted at Fort Knox, Kentucky. Cadets also attend a weekly leadership lab that complements classroom instruction with experiential learning. Leadership labs focus on the practical application of recent instruction. Labs include a leadership reaction course, land navigation, rappelling, small unit tactics, and drill and ceremonies. Once each semester, cadets may participate in an extended two-day field training exercise, designed to challenge each cadet’s leadership and military skills.

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The Golden Knight Battalion also sponsors other events during the year such as a military ball and athletic events. Cadets may also compete to attend the Airborne, Air Assault, and Mountain Warfare schools during the summers. After the junior year, cadets may volunteer for summer training internships in locations throughout the United States, Europe and Korea. Army Internships Upon graduation and satisfaction of ROTC requirements, cadets are commissioned as second lieutenants into one of 17 specialized branches in Active Army, Army Reserve or National Guard. Scholarships Army ROTC offers a wide range of scholarships for interested and competitive students. Four-, three- and two-year scholarships are awarded to students on a merit basis. Students may apply for four-year scholarships while still in high school, as well as two three-year and four-year scholarships once on campus. These scholarships include:

1. Full tuition and educational fees 2. $1,200 per year for textbooks and classroom supplies 3. $420 per month (tax-free) stipend for up to 10 months per year 4. Clarkson offers all scholarship recipients a Clarkson ROTC Incentive Scholarship to be used to

defray the costs of room and board Scholarship applicants are evaluated on a number of areas that include: SAT/ACT performance, high school or college grade-point average, athletic ability and performance, participation in extracurricular activities, and leadership potential. Facilities and Equipment The Golden Knight Battalion has access to special equipment and training facilities that are second to none. On campus, cadets train in a 47-acre area of wooded forest, containing a rappel tower, land navigation course, and field leadership reaction course. Additionally, students train at Fort Drum, New York, the home of the Army’s 10th Mountain Division, located just 60 miles from the Clarkson campus. We utilize the local police range for the rifle marksmanship training. Other Activities There are many extracurricular activities open to ROTC cadets, including the Ranger Challenge Team, Color Guard, Cadet Association, Army 10-Miler Team, Clarkson Guard and Intramural Teams. Some of these groups compete against other universities and ROTC programs in military and athletic competitions. The Cadet Color Guard performs at home hockey games, commissioning and graduation ceremonies, and other official events. Leadership Training No other college programs offer leadership training that is comparable to Army ROTC. An Army ROTC student knows how to lead, manage and work with people. Whether you decide on the Army as a career, or use it as a stepping stone to other goals in life, you will have a competitive advantage because you will learn what it takes to lead!

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Military Science Curriculum*

First Semester Credits Second Semester Credits

MS 111 Leadership and Personal Development

1 MS 112 Introduction to Tactical Leadership

1

Third Semester Credits Fourth Semester Credits

MS 221 Innovative Team Leadership

2 MS 222 Foundations of Tactical Leadership

2

Fifth Semester Credits Sixth Semester Credits

MS 331 Adaptive Tactical Leadership

3 MS 332 Leadership in Changing Environment

3

Seventh Semester Credits Eighth Semester Credits

MS 441 Developing Adaptive Leaders

3 MS 442 Leadership in a Complex World

3

*Courses may be applicable as free electives in some majors where noted. Consult individual departments for details. If you have any questions or would like to speak with someone about Army ROTC, contact the Golden Knight Battalion at 315-265-2180 or 315-268-7705 or e-mail armyrotc@clarkson.edu.

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Air, Space, & Cyberspace Studies (Air Force ROTC) Lt Col Michelle Baxter, Chair and Professor of Air, Space, and Cyberspace Studies, mbaxter@clarkson.edu

Air Force Reserve Officer Training Corps (AFROTC) combines college study with military leadership, discipline, and training to produce officers and leaders for the United States Air Force. Upon graduation with at least a bachelor’s degree, students are commissioned as second lieutenants in the active duty Air Force. A commission is an appointment as a military officer by the President of the United States.

AFROTC is normally a four-year program divided into two parts, the General Military Course (GMC) for freshmen and sophomores, and the Professional Officer Course (POC) for juniors and seniors. All students also complete Leadership Laboratory (LLAB) each semester.

General Military Course (GMC) The GMC involves a one credit hour course and a two-hour Leadership Laboratory each semester. The freshman curriculum introduces the Air Force mission and organization, covers the basics of military customs and courtesies, military correspondence styles, and drill and ceremonies. The sophomore curriculum focuses on the history of air power, starting with the Wright Brothers’ first flight at Kitty Hawk, and traces the evolution of aircraft and Air Force missions throughout WWI, WWII, Korea, Vietnam, the Gulf War, and recent operations around the world such as Afghanistan and Iraq.

Field Training Summer Training

After successful completion of the GMC, students are scheduled to attend Field Training during the summer between the sophomore and junior year. Field Training is an intense, two-week, hands-on leadership challenge. Cadets are evaluated on their leadership ability, mastery of military customs and courtesies, and drill and ceremonies. Cadets are exposed to a variety of challenges which forces them to work as a team, critically evaluate situations, and perform under stress. Field Training is often a life-changing experience that builds self-confidence and fine-tunes leadership skills.

Professional Officer Course (POC) After successfully completing Field Training, cadets are sworn in to the POC and are enlisted in the inactive reserves while they complete their final two years of college. The junior curriculum focuses on an in-depth study of leadership and management concepts. The senior curriculum continues to emphasize leadership, but introduces national security concepts and issues, cultural awareness, military law, the law of armed conflict, and preparation for entrance into the active duty Air Force. The POC involves a three credit hour course and a two hour Leadership Laboratory (LLAB) each semester. POC cadets are placed in leadership positions and are charged with running the cadet wing.

Leadership Laboratory (LLAB) LLAB is a hands-on leadership training program. During LLAB, cadets are instructed in skills they will need for a thriving military career. POC members are responsible for planning and executing LLAB, as well as other extracurricular activities like formal dinners and awards ceremonies. Cadets are challenged in the classroom, and their jobs in the cadet wing require them to put the theories into

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practice. Cadets are also expected to participate in 2 hours of Physical Training (PT) per week during each semester. Scholarships

Merit-based tuition scholarships are available to AFROTC cadets, however they are not required to join the program. Scholarships vary from $18,000 to full tuition. Below is a list of current scholarships:

1. Type I – Full tuition and fees scholarship 2. Type II - $18,000 towards tuition and fees

All scholarships include the following: 1. Free room and board (Clarkson incentive) 2. Monthly Stipend during the academic year 3. Book allowance

For more details, contact the Air, Space, & Cyberspace Studies Department at det536af@clarkson.edu or call 315-268-7989.

Air, Space, and Cyberspace Studies Curriculum*

First Semester Credits Second Semester Credits

AS 101

Heritage and Values I 1 AS 102

Heritage and Values II 1

AS 103

Leadership Laboratory 0 AS 104

Leadership Laboratory 0

Third Semester Credits Fourth Semester Credits

AS 201

Team and Leadership Fundamentals I

1 AS 202

Team and Leadership Fundamentals II

1

AS 203

Leadership Laboratory 0 AS 204

Leadership Laboratory 0

Fifth Semester Credits Sixth Semester Credits

AS 301

Leading People and Effective Communication I

3 AS 302

Leading People and Effective Communication II

3

AS 303

Leadership Laboratory 0 AS 304

Leadership Laboratory 0

Seventh Semester Credits Eighth Semester Credits

AS 401

National Security, Leadership Responsibilities and Commissioning Preparation I

3 AS 402

National Security, Leadership Responsibilities and Commissioning Preparation II

3

AS 403

Leadership Laboratory 0 AS 404

Leadership Laboratory 0

*Courses may be applicable as free electives in some majors where noted. Consult individual departments for details.

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SPONSORED RESEARCH SERVICES Sponsored Research Services (SRS) is the central office charged with overseeing the conduct and promotion of research activities at Clarkson University. It is the philosophy of the University that research supports and enhances its educational mission. SRS strives to provide and constantly enhance services to the Clarkson community as well as individuals and companies that come in contact with the Division. Examples of such services include proposal development for faculty and staff; administration of grants and contracts established under federal, state, and private awards on behalf of the University; assurance of compliance with federal, state, private, and other regulations pertaining to grant sponsorship activities at the University; and the creation, submission, or provision of analyses, reports or policies as required. Through these activities, SRS promotes innovation and creativity, thereby increasing knowledge and making the knowledge available and useful for scholarship and education.

Some typical areas of sponsored research in engineering and science include: crystal growth, aerosol kinetics and scavenging, light scattering, stability of colloidal dispersion, strength of materials, metallic systems, ceramic surfaces, phase transitions, bio-engineering, heat transfer and mass transfer, thin film adsorption, film flow stability, transition and turbulence and active flow control, nonlinear wave motion, dynamical systems, chaos and control, computational applied math, optimization and numerical p.d.e.s., wave forces, surface shear viscosity, nutrient regeneration in lakes, flow slides, copper and zinc protein, nanotechnology, artificial intelligence, oxygenation of metal complexes, asynchronous networks, communication networks, detection of random signals, renewable energy production, power transmission, energy conversion, plasma deposition, osmotic work, and corrosion.

In the business area, studies have been conducted relative to dispute settlement techniques, scientific and technical information systems, effects of organizational changes, economic impact of environmental damage from acid rain, marketing approaches, pricing environmental alternatives, banking systems, and monetary policies.

The Shipley Center for Innovation Jamey Hoose, Director, jhoose@clarkson.edu

The Shipley Center for Innovation, which is organized within the Office of Sponsored Research Services, is a University-wide resource dedicated to bringing Clarkson innovations to market via technology transfer, gaining recognition for the technology created by our faculty and students, and creating local jobs for graduating Clarkson students. The Center, which acts as the “business incubation” component of Clarkson Ignite, serves as an engine for economic development in the North Country by engaging in the creation of new enterprises that capitalize on emerging technologies.

In addition to providing general mentorship and services to Clarkson startups, the Shipley Center manages a thriving business incubator location on Clarkson’s downtown campus. In 2018 the Shipley Center launched a new student accelerator program, The Cube, which provides dedicated student entrepreneurs with additional resources to help grow their idea into a profitable company. Shipley Center staff also conduct workshops and hold office hours to provide instruction in basic early-stage concepts such as business modeling and customer discovery.

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ACADEMIC CENTERS

Center for Advanced Materials Processing (CAMP) A New York State Center for Advanced Technology

Devon A. Shipp, Director dshipp@clarkson.edu The Center for Advanced Materials Processing (CAMP) is a Center for Advanced Technology (CAT) funded by New York’s Empire State Development Division of Science Technology and Innovation (ESD-NYSTAR). CAMP’s mission is to offer companies, industries and entrepreneurs a vibrant, collaborative, trusted environment in which to engage in focused applied research and technology development activities intended to advance innovation, improve products, solve manufacturing challenges and/or develop new products. CAMP’s overarching goal is to contribute significantly to economic growth in New York State. Our main objectives are to:

1. Form collaborative relationships with industry, corporations and entrepreneurs in NYS to assist them in accelerating innovation, discovering and implementing next generation materials, addressing real-world challenges and fostering growth of their businesses.

2. Perform applied research, technology development and technology transfer activities related to the synthesis, processing and design of advanced materials to benefit industry and corporations.

3. Develop the next-generation, high tech workforce by providing excellent education and real-world research/development experiences needed by NY industry and companies.

CAMP relies on faculty and students in four core capability areas:

1. Materials synthesis and functionalization 2. Materials processing 3. Materials-by-design, and 4. Chemical mechanical planarization, underpinned by materials characterization and

computational modeling and simulation CAMP’s industry-sponsored research program provides numerous materials science and engineering research opportunities to enrich undergraduate and graduate students’ educational experience.

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Center for Air and Aquatic Resources Engineering and Sciences (CAARES) Thomas M. Holsen, Director, tholsen@clarkson.edu Suresh Dhaniyala, Co-Director, sdhaniya@clarkson.edu The presence of contaminants in the environment can have a wide variety of negative effects including

impacting public health, degrading ecosystems, harming lakes and rivers, and damaging forests and

crops. Although, environmental quality has significantly improved over the past 40 years, there are

still a number of problems that are attributed to the release of contaminants including the widespread

loss of environmental services, climate change, harmful algal blooms, and emerging contaminants

including per- and polyfluoroalkyl substances (PFAS). Clarkson University has significant resources in

people and equipment that focus on the management of air, water and soil pollution. CAARES is the

center that brings together this world-class expertise. CAARES laboratory, office space, and equipment

including an aerosol wind tunnel; aerosol sensors, analyzers, and spectrometer; air and water field

sampling platforms including Clarkson's 25 foot coastal research vessel, the R.V. Lavinia; and, world

class analytical equipment are available for research and education programs at Clarkson. Specific

analytical instruments include high-resolution gas and liquid chromatographs, high resolution

instruments for trace metals analysis, mercury analytical instrumentation, ion chromatographs and

sample preparation instrumentation. Additional information can be found at

https://www.clarkson.edu/caares.

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Center for Rehabilitation, Engineering, Science, & Technology (CREST) Charles Robinson, Director crobins2@clarkson.edu The Center for Rehabilitation Engineering, Science and Technology was established at Clarkson University in 2005. Its mission is to educate, mentor and train students to be able to integrate and apply a combined scientific, analytic, technological and business approach to emerging biomedical engineering and biomedical science areas. It is of note that biomedical engineering is the most rapidly growing field of engineering, with outstanding biomedical job prospects, and with half of the undergraduates being female, a ratio that exists in no other engineering discipline. The Center for Rehabilitation Engineering, Science and Technology takes a unique approach to the study of rehabilitation problems. First, through its focus on biomedical engineering, the Center studies how the nervous and skeletal muscle systems of the human body normally work. Secondly, through its rehabilitation science and technology components, it models the mechanisms by which these systems become impaired through disease or injury. Within its rehabilitation technology aspects, the Center investigates how technology can help to restore or replace functions such as hearing, speaking, seeing or moving through the use of artificial assistive or substitutive devices. Through a clinical link with Clarkson’s Physical Therapy and Occupational Therapy programs, the Center investigates the outcome of the applications of this assistive technology. The Center also organizes and presents seminars, campus lectures and classroom discussions by visiting leaders in the field of rehabilitation. Medical and health care have become increasingly technology-based in recent years, with an increased demand for engineers with skills that integrate engineering principles with an understanding of the human physical and psychosocial characteristics. The Center for Rehabilitation Engineering, Science and Technology offers a Minor in Biomedical Engineering to meet this need. Combining a traditional engineering degree with this BmE Minor is an attractive opportunity for engineering students who have a strong desire to use their talents to improve the quality of life for people with medical conditions or disabilities. Clarkson offers this Minor to augment a degree from a traditional engineering department. A similar Minor in Biomedical Science and Technology (BS&T) is available to non-engineers. Both Minors are multi- disciplinary, and will include courses from multiple schools or departments across the University. The Biomedical Engineering Minor is just one of the examples addressing Clarkson’s Coulter School of Engineering’s motto “Technology Serving Humanity.”

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Center for Identification Technology Research (CITeR) Stephanie Schuckers, Director sschucke@clarkson.edu

Clarkson University is the lead university for an NSF Industry/University Cooperative Research Center, called the Center for Identification Technology Research (CITeR). Other sites include West Virginia University, University at Buffalo, and Michigan State University. CITeR focuses on biometrics, identity, and human analytics https://citer.clarkson.edu/ Over 20 affiliates, including the FBI, DOD, DHS, Qualcomm, Northrop Grumman, and other industrial and government partners, cooperatively define, fund, and execute work to meet common needs. Applications include defense, homeland security, forensics, consumer electronics, financial services, and humanitarian applications. Research focus areas in identification technology include:

1. Human sensing and acquisition 2. Feature extraction and processing 3. Machine learning and analytics 4. Performance and modeling 5. Multispectral and cross spectral imaging 6. Novel modalities 7. Mobile & computing 8. Social signal processing 9. Authentication & cybersecurity 10. Behavioral and soft biometrics 11. Science of Biometrics

Students are key team members for research projects which are cooperatively defined by industrial and government affiliates. At the completion of their degree, students often go to work for organizations that funded their research project. Educational programs which CITeR researchers pursue include electrical, computer, and software engineering, computer science, mathematics, among others. Additional information is available at https://citer.clarkson.edu/.

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Center for Metamaterials David Crouse, Professor / Chair of Electrical & Computer Engineering dcrouse@clarkson.edu The Center for Metamaterials (CfM) is an NSF‐sponsored Industry/University Cooperative Research

Center. The CfM’s mission is to provide a collaborative, multi-university one-stop shop to research,

design, fabricate and test a wide range of metamaterials, photonic crystals, and plasmonic structures.

These structures and materials are nano and micro composite structures that are engineered to

control light in unusual ways that are not possible with naturally occurring materials; behavior such as

cloaking, channeling and stopping light, and complex light filtering are possible with such structures.

Industry interest in metamaterials is growing as these materials are being used to develop new or

higher performing optical, electronic and acoustic devices.

Researchers at the Center focus on precompetitive topics jointly identified by the university and

industry participants as being of high value, and include fundamental research, metamaterials

processing, and device and system development. The CfM projects advance the knowledge base

through fundamental and applied metamaterials research and development. The projects involve

research teams composed of academic researchers (professors, postdocs, research staff, graduate

students and undergraduate students), industry researchers at large and small companies, and

researchers from government agencies (e.g., Air Force Research Laboratory (AFRL) and U.S. Army). The

intent is to nurture long-term relationships and collaborations among the university, industry, and

government laboratories. The intent is also to develop and perform technology transfer of

metamaterials-based technologies to the applications of renewable energy, sensing and imaging,

antennas, and communication systems. Industry members participating in the Center share in the

products of the research and development, the generated intellectual property, have access to

laboratories, equipment and expertise, and the resulting economic benefits.

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Center for Complex Systems Science Erik Bollt, W Jon Harrington Professor of Mathematics/Professor of Electrical & Computer Engineering/Director of the Clarkson Center for Complex Systems Science ebollt@clarkson.edu Complex systems science involves the study of how many elements develop behaviors that are beyond those behaviors possible by considering the individual elements alone. While the behavior of each individual component of a system in isolation may support intricate dynamics, together the individual components interact to support group behaviors and system dynamics well beyond those possible from individual components alone. Complex systems science is a rapidly growing and emerging field that is inherently interdisciplinary. It can be applied to a wide variety of fields including biology, medicine and cognitive science, mechanical, chemical, electrical, and civil engineering, physics and astronomy, economics and social sciences. The future of research in these fields lies in understanding not just the isolated components of a given system, but the manner in which the individual components interact to produce “emergent” group behavior. In contrast to “data mining” or “big data”, where a primary focus is to understand hidden patterns or structure in large data sets, complex systems science attempts to identify “causality” and uncover “universality” that exists in large scale systems. Causality and universality are due to peer and hierarchical interactions, patterns, and scaling of individual system components. Universality has been observed across a wide range of fields such as brain science, insect swarming, social science, and fluid dynamics. Key to the advancement of complex systems science is the development and use of mathematical tools designed to understand the resultant outcome of group behaviors that are not evident when studying the behavior individual elements alone. Mathematical tools for complex systems science are drawn from the following fields:

1. Information dynamics. The study of interaction of elements and the information flow between elements. Of particular interest is the minimum information needed to produce an outcome of important behaviors

2. Algorithmic complexity. In contrast to information dynamics and entropy of evolving systems is the concept of algorithmic complexity, Kolmogorov complexity, and the concept of minimality of description, as a contrast that intricate behavior is often opposite to simplicity of design

3. Structure and dynamics on networks, as a large number of interacting parts can give rise to behaviors that emerge from the group interactions and not implicit in any one element. Consider that collective behaviors and capabilities of an ant swarm, which is clearly not understood in terms of the behaviors of the parts. Considering networks brings in the mathematics of graph theory, but well beyond this when understanding dynamics on networks, comes complexity theory.

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4. Criticality and scaling, modeling of random networks, the implications of critical phenomena to complexity, and the recent approaches to evolutionary dynamics are all part of this field. As such, understanding interactions from food webs to economies all have a universality that can be understood in terms of the science that includes hierarchical interactions. It is the characterization of such universalities that lead to complex systems as a unifying field across such disciplines

5. Technical details and the tool-sets include areas of dynamical systems and chaos theory, network theory and graph theory, information theory, thermodynamics and statistical mechanics, cellular automate, information theory, activated processes including glasses, fractals, scaling and renormalization

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Center for Electric Power Systems Thomas Ortmeyer, Director tortmeye@clarkson.edu 315-268-4035 Electric Power System Engineering is a recognized strength of Clarkson University. The electric power system is undergoing rapid dynamic change due to the development of clean energy sources, the deployment of smart grid technologies, the deregulation of the industry, and the developing growth of the electric vehicle industry. There is a strong need for research, development, and workforce training across the breadth of research areas that focus on electric power systems. The Center for Electric Power System Research mission is to foster research collaborations across the university, and to grow our power systems research capability. The Center goal is to work closely with industry, and the Industry Advisory Board has an important role in the Center governance. The center has a strong education mission, at the undergraduate and graduate levels, as well as in programs for practicing professionals. Our undergraduates can select the Electrical Power Engineering Concentration. This concentration is a set of 6 courses that prepare our students for careers in the electric power industry, whether working for electric power utilities, generation and utilization industries, equipment manufacturers, consultants, and government. The large majority of students in the Concentration complete one or more internships in the power industry before graduating.

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CHIEF INCLUSION OFFICE Jennifer Ball, Associate Professor of History and Social Documentation/Chief Inclusion Office title VI, IX, ADA/504 Coordinator jball@clarkson.edu

The Chief Inclusion Office oversees strategic planning for inclusion and provides dynamic programs

and training for Clarkson’s students, faculty, and staff. These include ongoing opportunities to learn

with and from our team through a range of methods including speakers, open dialogues, cultural

festivities and more.

The Chief Inclusion Office at Clarkson University is a student’s home away from home. Our team

members aim to create and support an inclusive campus community for employees and students. It is

our goal to cultivate an environment that educates, empowers, and celebrates all of our students and

employees.

Working in partnership with other departments, offices, institutions, and the surrounding community,

it is our responsibility to recognize the diversity represented on our campus. We believe that

continuously advocating for diversity and inclusion is necessary to achieve academic and institutional

success and to prepare our students to be Global Citizens.

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STUDENT AFFAIRS

Clarkson Housing Single, undergraduate students in their first, second, third, and fourth cohort years are required to live

in University housing and dine in campus facilities unless they are granted an exemption to the

residency requirement. Students living in campus housing are required to contract for food service,

eating their meals in a University dining venue of their choice (exceptions are campus apartment

residents).

The Residence Life Staff provides supportive and development programming for students. All events

and programs are designed to involve and engage students with the campus community and provide

a healthy mix of educational, fun, and recreational activities to support the diverse interests of

Clarkson students.

University housing provides accommodations ranging from traditional rooms to suites to apartments.

Special attention is given to the assigning of roommates to first-year students. Most first-year students

reside together in Cubley-Reynolds and Ross-Brooks (otherwise known as “the Quad”) on theme-

based floors. Students select from a wide variety of themes during the summer prior to arrival. Some

of our housing units feature suite-type accommodations; these are typically two double rooms with

interconnecting baths. Lounges and recreational areas, laundry rooms, and vending machines are

located in or near each residence facility.

In addition, the University operates three on-campus apartment complexes. All units are furnished

with kitchen facilities and include utilities. Students in a campus apartment are not required to

contract for food service; however, they may choose to do so. Students residing off campus have the

option of contracting for University food service. TV cable and data ports are available for students in

each room or apartment. Smoking is not permitted in any buildings on campus including the residence

halls.

Campus housing is staffed by live-in University employees known as Area Coordinators, who supervise

and train students as who serve as Resident Advisors (RAs) and Residence Directors (RDs) to assist

students with personal issues and a variety of educational, social and recreational programs.

Fifth-year students are housed on campus only as space allows. Junior and senior fraternity and

sorority members who meet academic requirements may live and dine in University-recognized

fraternity and sorority housing. Upper-class fraternity and sorority members living in residence halls

may be permitted to take their meals at their respective fraternity or sorority houses.

Students are responsible for knowing and adhering to the Residence Regulations enumerated in the

University housing contract and on the University's web site.

Theme Housing Clarkson strives to create learning communities by developing innovative theme housing opportunities

created around projects or entrepreneurial ventures in which students from various majors live and

learn together. In addition, students are encouraged to develop meaningful proposals for living

together in theme-related housing, increasing options for students with similar interests to live

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together while intentionally expanding the collaborative learning atmosphere of our campus

residences.

Extracurricular Activities and Student Life

Extracurricular Activities and Campus Events

Participating in student organizations and attending campus events are great ways to enhance your college experience. With 200+ student organizations and hundreds of events happening every semester, there are no shortages of fun, educational, and social opportunities. Joining a student organization and participating in campus activities fosters personal growth while providing you with professional development and leadership experience. To find out when student organizations are meeting and what activities are happening on campus, go to knightlife.clarkson.edu. Your college experience will be richer if you are an active participant.

Special Interests Club Find a current listing of student organizations at: http://knightlife.clarkson.edu. Clarkson University Student Association (CUSA) All undergraduate students who pay the student activities fee are members of CUSA. CUSA elects the CUSA Senate, which is responsible for allocating the student activities fee each semester to sponsored student organizations. Composed of the Executive Board, Senators from each class, and a Clarkson School and Graduate Student representative, the CUSA Senate serves as the formal representation of the student body. CUSA Senate is responsible for working together with the University on decisions that impact the student body and is advised by two professional staff members. Clarkson Union Board Clarkson Union Board (CUB) is the campus programming board. Through its dedicated student members, CUB provides entertaining programs every semester. CUB hosts movie screenings, live performances, and novelties. Clarkson Union Board sponsors two annual concerts: FallFest and SpringFest. Past concerts have boasted performances by the Goo Goo Dolls, the All American Rejects, Panic! At the Disco, Waka Flocka Flame, X-Ambassadors, and more. Visit https://knightlife.clarkson.edu/organization/cub to see CUB’s schedule of events. Journalism, Radio, TV Students interested in journalism can contribute to the student newspaper. The student newspaper, The Integrator, is published monthly and is edited and managed by students. A student-run radio station, WTSC-FM, is operated out of the Student Center. WTSC-FM operates as a broadcast station and is governed and operated by Clarkson students, as is the amateur radio club, K2CC. Clarkson students also operate the cable television station WCKN-TV, which broadcasts hockey games. Music and Performance Art Those interested in music may participate in the pep band, jazz ensemble, or orchestra. The pep band plays at athletic events and the jazz ensemble and orchestra at various University functions.

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Students with an interest in acting may join the Clarkson Theatre Company (CTC), which presents two or three productions each year. Past performances include “Harvey,” “Joseph and the Amazing Technicolor Dreamcoat,” “Arsenic and Old Lace,” “Once Upon a Mattress,” “Our Town,” and “Dracula.” Clarkson also has an amazing a capella student organization, the Golden Knotes, as well as a number of dance and performance student organizations. A wide range of lectures, activities, and other cultural events are available through the Office of Student Life, the Diversity and Inclusion Office, Clarkson Union Board, Residence Life, and student organizations. Events are also sponsored by the Associated Colleges of the St. Lawrence Valley. Movies, both foreign and domestic, are presented at Clarkson, downtown through the Cinema 10 program, and at other nearby colleges. Fraternity and Sorority Life Between 10 and 15% percent of Clarkson students join fraternities and sororities. For a list of active fraternities and sororities at Clarkson, go to https://knightlife.clarkson.edu/organizations?categories=5271. Clarkson values collegiate fraternities and sororities as an important component of the undergraduate experience. Clarkson University supports the intent of its fraternity and sorority organizations to promote the personal and professional growth of their members. Fraternities and sororities provide a community where students can develop leadership and human relations skills. Clarkson University’s Recognition Policy for Fraternities and Sororities holds that the futures of these organizations are determined by their demonstrated ability to contribute positively to high academic standards, good social behavior, and constructive extracurricular activities. This policy outlines guidelines and requirements of what is expected each year by the chapter. Clarkson University has a zero tolerance policy for hazing and any organization that is found to have evidence of hazing may lose recognition immediately. Interfraternity Council Clarkson University fraternities are part of the National Interfraternity Conference (NIC), the governing body for 66 national and international fraternities. NIC fosters positive inter-fraternity relations and works with the university to maintain high academic and social standards. The Interfraternity Council (IFC) at Clarkson is comprised of delegates from each of Clarkson’s nine fraternities, including two local organizations. From this body, the IFC Executive Officers are elected on an annual basis. In addition to the president, there are vice presidents who serve in various capacities, such as risk management, membership recruitment, educational programming, public relations, community involvement, etc. Aside from academic and professional development, IFC’s primary responsibility is promoting positive relations between sororities, fraternities, and the Clarkson community.

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Panhellenic Council Clarkson University sororities are part of the National Panhellenic Conference (NPC), the governing body for 26 national and international sororities. NPC fosters positive inter-sorority relations and works with the university to maintain high academic and social standards. The Panhellenic Council at Clarkson is comprised of delegates from each of Clarkson’s four sororities and is responsible for implementing fair recruitment practices and promoting positive relations between sororities, fraternities, and the Clarkson community. The President and Vice President are elected by chapter delegates; other positions are rotated by chapters. Service Organizations At Clarkson, there are two student organizations dedicated specifically to community service which are open to all students. Alpha Phi Omega, a national service fraternity, is one of the largest fraternities in the country and has an active chapter at Clarkson. Circle K, like Key Club, is part of Kiwanis International and is also active at Clarkson. Community Service Each year, the Office of Student Life hosts a Volunteer Fair. Volunteering and community service can be one of the most fulfilling opportunities you will find at Clarkson. By reaching out and offering your energy, talent, and compassion, you can make a real difference in people's lives. Through service to others, you will gain a better understanding of yourself, demonstrate classroom learning, and increase leadership, teambuilding, and management skills. That is why service is a core value of Clarkson; it benefits both the students and the community. For information about volunteer opportunities with local organizations, visit https://www.clarkson.edu/volunteering. Professional Societies Numerous national professional societies maintain student chapters at Clarkson. These include Alpha Kappa Psi (national professional business fraternity-coed); American Indian Science and Engineering Society; American Institute of Astronautics and Aeronautics; American Institute of Chemical Engineers; American Product and Inventory Control Society; American Society of Civil Engineers; American Society of Mechanical Engineers; Arnold Air Society; Association of General Contractors; Association for Computing Machinery; Association for Women in Mathematics; Engineering and Management Society; Institute of Electrical and Electronics Engineers; National Society of Black Engineers; New York Water Environment Association (NYWEA); Society of Hispanic Professional Engineers; Society for Industrial and Applied Mathematics; and Society of Women Engineers; Society of Human Resource Management; American Chemical Society; American Academy of Physician Assistants. Religious and Spiritual Life Although it is not a church-affiliated university, Clarkson is interested in the moral and spiritual development of its students. Some students pursue their spiritual development in personalized ways, while others attend services of organized religious groups. Potsdam churches include Baptist, Christian Science, Church of Jesus Christ of Latter Day Saints, Episcopal, Jehovah’s Witnesses, New Hope Community Church (unaffiliated), Methodist, Nazarene, Presbyterian, and Roman Catholic. Potsdam’s synagogue is the Congregation Beth-El. There is also a mosque in Potsdam. There are Seventh Day Adventist and Unitarian Universalist churches in nearby Canton, a Congregational church in Norwood, and a Lutheran church in Massena.

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Cultural and Recreational Opportunities The Clarkson community has easy access to many cultural and recreational facilities in upstate New York, New England, and Canada. Among New York State attractions are the Adirondack Experience, the Museum on Blue Mountain Lake; the Wild Center in Tupper Lake; the Remington Museum in Ogdensburg, the Thousand Islands resorts near Alexandria Bay; and the St. Lawrence Seaway area near Massena. Skiing is available at slopes around Lake Placid, Tupper Lake, Vermont, and New Hampshire, all within driving distance, and are excellent locations and facilities for fishing, boating, hiking, and golfing. Cultural activities abound in nearby areas of Canada. Within 96 miles is the Canadian capital of Ottawa, with its National Arts Centre, National Gallery of Canada, Museum of Civilization, Museum of Science and Technology, Museum of Nature, Ottawa Senators hockey team, and the Parliament complex. Within 150 miles are Montreal’s Museum of Fine Arts, Place des Arts, several educational institutions, and a professional hockey team, the Canadians. Just across the border near Cornwall is Upper Canada Village, a reconstruction of the living style of United Empire Loyalists who sought refuge in Canada following the American Revolution. In Potsdam itself, music lovers have excellent opportunities to hear orchestral, choral, and solo performances by teachers, students, and visiting artists at the noted Crane School of Music at SUNY Potsdam.

Parent and Family Relations Parents, family members, and supporters of our students play an integral role in the student experience and are considered partners of Student Affairs. Clarkson University partners with families and supporters to provide programming and information throughout the year regarding services, events, and resources that may be applicable to families. The Parent and Family Association was founded in 1977 to foster a closer relationship and to involve a greater number of supporters and family members in the affairs of the University. All parents/guardians become members of the Association upon the acceptance and enrollment of their students into the University and can remain members indefinitely.The administration of the Association is vested in the Parent and Family Committee, which consists of family representatives from all four class years of students, as well as the graduate students. The Parent and Family Committee works closely with the office of the Vice President for Enrollment and Student Advancement and the staff of the division in planning programs and events that support family involvement and interaction. The Parent and Family Committee also has a role in the fundraising arm of the University through contributions to the Parents Fund.

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Facilities

Student Center

The Student Center is the focal point of activities on the Hill campus. The Student Center is a place where students can come to spend time between classes, hold meetings, and host events. There are lounges and spaces with comfortable chairs and tables for relaxing. In addition, meeting rooms are available for group meetings and other activities. The Forum, an auditorium in the center stairwell of the Student Center, is equipped with a massive video wall. The space is often used for large events such as lectures, showcases, comedians, movie showings, and dance recitals. Besides being a great place to connect with your classmates, the Student Center is the home of many services on campus. On the lowest level, you can access the Mail Room and your student mailbox. In addition, our Video Game Room is equipped with multiple game consoles where you can play all of the newest video games. On the ground level of the Student Center, you will be able to visit the Student Organizations office, borrow ping pong, pool, or game equipment at the Student Center Desk, grab a smoothie, and take out cash through an ATM. You will find the more traditional game room with billiards, darts, and ping pong on this level. The top floor of the Student Center houses our largest dining facility on campus, known as the Servery, as well as the Multipurpose Rooms (MPRs). Student organization events and campus-wide student meetings happen in the MPRs, including CUSA Senate and Clarkson Union Board.

Cheel Arena

Cheel Campus Center boasts a 3,000 seat multipurpose arena. The Arena, home of men’s and women’s Golden Knights Hockey, is also the place to attend University Convocation, University Recognition Day, Commencement, and other large-scale events. Honor Societies Upper-class students who demonstrate high scholastic achievement in a given field and possess exemplary qualities of character and leadership are eligible for membership in a number of national and local honor societies. National honor societies include Beta Gamma Sigma (business administration), Chi Epsilon (civil engineering), Eta Kappa Nu (electrical and computer engineering), Gamma Sigma Epsilon (chemistry), Omega Chi Epsilon (chemical engineering), Phi Kappa Phi (academic excellence), Phi Theta Kappa (transfer students), Pi Mu Epsilon (mathematics), Pi Tau Sigma (mechanical engineering), and Tau Beta Pi (engineering). Sigma Gamma Tau (Mechanical Engineering), Sigma Pi Sigma (physics), Psi Chi (psychology), Sigma Tau Iota is a local honor society available to Engineering and Management students, Tri-Beta (biology), Sigma Nu Tau Entrepreneurship Honor Society.

Recognition Societies One of the highest honors a Clarkson student can receive is to be tapped for membership in Phalanx, the senior leadership society. Students are recognized for their exceptional leadership ability, scholastic attainment, and extracurricular involvement.

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The Arnold Air Society is a professional honorary service organization within the Corps of Air Force ROTC Cadets. Arnold Air provides a stimulating, service-oriented program that gives selected cadets enhanced leadership skill development opportunities while they provide service to the campus and the community.

Student Success Center Services Cathy McNamara, Associate VP of Student Success and International Relations

The Student Success Center houses units that are leading campus-wide efforts to strengthen and

develop key initiatives to support objectives related to student access, academic success, campus

involvement, and leadership development that will ultimately lead to career and lifelong success.

The following outlines the work by Student Success.

Academic Support and Preparation

Student Enrichment & Engagement Access and Opportunity

Tutoring Academic Skills Development Holistic Advising Support International Student Language support Student Success Workshop Series Pre-Freshman Summer Bridge Program First Year Seminar Professional Development Seminar

Read Across America Trio Day Legislative Advocacy & Education NYS Opportunity Programs Leadership Conference CSTEP Statewide Conference and Research Symposium Camp Oswegatchie Summer Scholar Teambuilding Alumni speaker series Student Advisory Board

Grant Funded Programs: ** CUPO McNair Scholars CSTEP NSF LSAMP NSF Aspire HEOP SSS

Retention Graduate School Awareness and Planning

University Retention Data Assessment & Support SafetyNet CU Connect Summer Housing insecurity program Financial Literacy Care Team

Summer Undergraduate Research Program Graduate school prep series MCAT Prep Tutor training series with CRC

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**The Community of Underrepresented Professional Opportunities (CUPO) Collegiate Science and Technology Entry Program (CSTEP) Ronald E. McNair Post Baccalaureate Achievement Program (McNair) The Academic Success Program to Improve retention and Education (ASPIRE) Louis Stokes Alliance for Minority Participation Program (LSAMP) Higher Education Opportunity Program (HEOP) Student Support Services (SSS)

Enrollment is the crucial first step toward achieving a diverse community. Funding streams that support access to Clarkson — scholarships, specialized admissions programs and K-12 outreach programs and summer camps — are crucial to meeting our goals of expanding the world reach and diversity of the Clarkson community and to supporting our commitment to creating a university for the 21st century. A transformative campus experience, which incorporates and supports aspects of academic success, campus involvement, and leadership and professional development opportunities, will positively affect retention and is the vital link to future career and personal success as well as lifelong engagement with Clarkson.

First Year Seminar, FY 100

This freshman seminar introduces students to Clarkson University’s mission where we “strive to attune ourselves and our programs to our global, pluralistic society”. Through project-based learning, students engage in research and dialogue with the intention of developing a set of behaviors and attitudes that create a sense of belonging for each participant and enable them to work effectively in diverse situations. Classroom discussions, facilitated by guest speakers and Peer Educators, are designed to promote self-reflection, constructive dialog, and improved communication skills. The aim of First Year Seminar is to aid in the development of citizens attentive to our campus, local, national, and world community needs. MCAT Test Prep is designed to help pre-med students prepare for the exam. This course is a non-credit course and is offered as a yearlong course beginning in the fall semester.

CU Connect Mentoring

A university wide mentoring program in which every student is connected with a staff or faculty member in the first week of school to help with the transition to college. Underrepresented students’ mentors are hand selected from over 80 volunteers to mentor students who are strategically placed within our campus community.

Student Support Services

Trio grant funded by the Department of Education to serve 160 students who hail from low-income/first generation or students with disabilities. The persistence rate meets and often exceeds 94% and graduation rate meets/exceeds 83%.

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Tutoring Services

The Clarkson University Tutoring Program, for which there is no fee, is for on-going, long-term assistance, and is offered in small group, as well as “drop-in” formats. The tutoring staff consists of qualified undergraduates within the University who are overseen by staff members. Clarkson has two drop-in tutoring centers which are open up to five days a week in the evenings, helping primarily with courses from math, physics, chemistry and engineering. We also offer small group tutoring throughout the semester. These groups meet weekly for 1.25 hours, scheduled around individual schedules and students join them by registering online. These services are very popular with our students, with many seeking out one or both methods of tutoring assistance. Care Team Clarkson has developed a Care Team that will help answer questions and provide support to students who have been placed in quarantine or isolation. To ensure physical, mental, and basic needs are cared for until the quarantine period ends; Care Team members contact and conduct regular care check ins throughout the duration of quarantine. New York State Arthur O. Eve Higher Education Opportunity Program (HEOP) The Clarkson University New York State Arthur O. Eve Higher Education Opportunity Program (HEOP) is funded jointly by the University and a HEOP grant through the New York State Education Department. Clarkson HEOP offers college access and a comprehensive academic support system to assist in student academic success. The program provides a broad range of services to students who, because of academic and economic circumstances, would otherwise be unable to attend a postsecondary educational institution. Clarkson HEOP students have access to a significant student-centered support system, including the Summer Pre-Freshman Experience (SPREE) and academic-year guidance and support.

The Community of Underrepresented Professional Opportunities (CUPO)

The CUPO office is the shared home to the Collegiate Science and Technology Entry Program (CSTEP), the Ronald E. McNair Post-Baccalaureate Achievement Program (McNair), the Louis Stokes Alliances for Minority Participation Program (LSAMP), and the Academic Success Program to Improve Retention and Education (ASPIRE). The creation of this office brings together four long-standing federal and state Department of Education and National Science Foundation programs in one location, providing ease in access to services for students. The CUPO office provides academic enrichment and support, graduate school preparation, career and professional development, research opportunities, and social and cultural experiences for eligible students.

CUPO Collegiate Science and Technology Entry Program (CSTEP)

Funded to serve 90, the purpose of CSTEP is to increase the number of historically underrepresented and economically disadvantaged students pursuing careers in STEM fields or NYS licensed professions. CSTEP is sponsored by the New York State Education Department. Clarkson's Collegiate Science and Technology Entry Program (CSTEP) has been in existence since 1994 and has served over 400 students.

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The CSTEP program helps to assure a competitive advantage to eligible students by providing academic support, enrichment activities, career development, and graduate school preparedness. Students are provided with academic guidance and tutoring. Along with this, the office provides academic success workshops and a lending library of textbooks laptops and other important tools for success. The CSTEP staff helps students meet the challenges of the competitive STEM field by offering career guidance and skill building that will help students identify and prepare for a career. Students are given opportunities to participate in activities such as conferences; networking with corporations, other colleges and universities; as well as meeting with Clarkson University alumni. This builds their career network, and may lead to becoming involved with research, co-op, study abroad, or internship opportunities. CSTEP offers assistance with various graduate and professional exams, and with applying to graduate schools when approaching the end of baccalaureate degree requirements.

CUPO Ronald E. McNair Post Baccalaureate Achievement Program (McNair)

The McNair program, a federal TRIO grant funded by the US Department of Education, serves 30 students per year. Participating in the program allows students firsthand experience in cutting-edge research with faculty member mentors who are dedicated to their teaching and research. Clarkson's research for McNair Scholars focuses on STEM disciplines. Students in McNair complete a 10-week intense research program, filled with graduate school workshops, GRE preparation, and seminars by alumni and faculty with PhD’s. Students present their research at a national McNair Conference and at Clarkson’s summer SURE Symposium. The goal of the McNair program is to have historically underrepresented and economically disadvantaged, first-generation college students enter graduate school and attain a PhD.

CUPO Louis Stokes Alliance for Minority Participation Program (LSAMP)

LSAMP is a program aimed at increasing the quality and quantity of African, Latino, Asian, and Native American (AALANA) students successfully completing science, technology, engineering and mathematics (STEM) baccalaureate degree programs, and increasing the number of AALANA students matriculating into graduate programs. The program goals are accomplished through the formation of alliances. The Consortium is comprised of seven institutions: Syracuse University (the lead institution) and Clarkson University, Cornell University, Rensselaer Polytechnic Institute, Rochester Institute of Technology, and Monroe and Onondaga Community College.

CUPO The Academic Success Program to Improve retention and Education (ASPIRE)

The ASPIRE Program provides a four-year scholarship to approximately 60 students who qualify as academically talented, economically disadvantaged, and underrepresented students in STEM. The purpose of ASPIRE is to increase the number of eligible students graduating, attending graduate school and/ or obtaining employment in STEM fields. The ASPIRE program is funded by the National Science Foundation (NSF). ASPIRE emphasizes the importance of recruiting students in STEM disciplines and supporting students through degree completion. ASPIRE has a strong focus on research opportunities, professional development, and partnering with employers to facilitate student career planning of the STEM workforce.

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Student Health & Counseling Center (SHAC)

Counseling Services

A Clarkson University education encompasses more than classroom learning. Challenges and transitions provide opportunities for personal, social, and academic growth and cognitive development. Counseling services are confidential and offered at no additional cost to enrolled students. Counseling and health professionals at Student Health and Counseling collaborate to enhance the well-being and health of Clarkson students. Counseling services focus primarily on mental health concerns and problems such as: adjustment to change, relationships, self-care, communication, career-vocational choice, academic performance, identity development, personal/sexual/social behaviors, habit change, depressed mood, stress and anxiety, loss and grieving, sexual harassment and/or assault, gender identity, self-esteem, loneliness, substance use and/or abuse, and self-defeating behaviors.

Office of AccessAbility Services

This is the initial point of contact for students with documented disabilities seeking accommodations or services. The office is responsible for maintaining disability-related documentation, certifying eligibility for receipt of services, determining reasonable accommodations, and ensuring the provision of those services. Students are asked to make contact with the Office of AccessAbility Services prior to the beginning of each semester at Clarkson, in order to ensure that accommodations will be available in a timely fashion. The student will meet with the staff of AccessAbility Services to review documentation and determine appropriate accommodations. The Office of AccessAbility Services will assist the student with faculty and staff notifications requesting appropriate accommodations. Appropriate accommodations will be provided to students who have followed the procedures as developed by the Office of AccessAbility Services. Services may include short-term arrangements for students who have become temporarily disabled. Alcohol and Drug Education Clarkson’s alcohol and drug educational efforts are focused on two important messages. The first emphasizes the legal obligations of students with regard to the use of alcohol or any other substance. The University’s alcohol and drug policies are stated clearly in the Clarkson Regulations and are guided by law. A civil community is built on respect for others and respect for the law. A second major emphasis is the complicated concept of responsible and moderate use of alcohol. The use of alcohol is interwoven in many everyday settings and activities in our culture. Education and policy at Clarkson are designed to insist on legal and moderate usage among those choosing to drink, and to discourage dangerous or harmful practices involving alcohol or other substances. Campus programming is designed to convey the messages highlighted above. Students who are interested in participating in prevention efforts can contact the counseling staff on the ground floor of the ERC. Students with special concerns or problems with alcohol or drug abuse should also contact Counseling Services at the same location.

Health Services

The University has forged a partnership with Canton-Potsdam Hospital, (CPH) in which CPH provides professional staffing and services at the University’s Student Health Center. Through this partnership, students enjoy a comprehensive health care program and the broad professional capacities provided

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by the hospital and its highly trained staff. At The Student Health Center (centrally located in the Educational Resources Center) CPH provides clinical services to include basic medical care, preventative care, general physicals for student-related activities and limited urgent care. Most visits to The Student Health Center and many services are free of charge. The Student Health Center is open weekdays from 8 a.m. – 4:30 p.m. during the academic year. After hours care is also available at CPH’s Urgent Care Center (49 Lawrence Ave) or the CPH emergency department (50 Leroy Street) located approximately one mile from campus. In after-hours emergency situations, students are encouraged to contact Campus Safety if they need assistance.

Career Center The Career Center is a student service that provides links between students, alumni, and employers as they prepare for their post-graduate and hiring goals. Our office provides career development and services that include exploration, professional development, experiential education, and employment opportunities. We utilize an educational placement model that engages students to meet their career-related goals within a global context. Fun Facts:

1. 97% of Clarkson graduates who reported are placed in their field of study within 6 months of graduation

2. 94% of students participated in an internship, co-op or research to fulfill their professional experience requirement before graduation

3. Over 350 employers visit campus yearly to recruit at Career Fairs and campus interviews 4. All students have access to Handshake, a comprehensive online career resource

Visit and interact with our office early to obtain:

1. A jump start on your career search- resume, cover letter, interview and networking advice available in one-on-one group settings

2. Targeted student services by school for a customized experience 3. Student professional development through seminar style classes 4. Access to employers and alumni through mock interviews, info sessions, hiring events and

innovation competitions 5. Assistance with landing internship, co-op, and full-time career experiences

Career and Job Search Services

Individual career coaching appointments are available through the Career Center to discuss concerns such as career direction and choice, skills identification, employment opportunities, and job search techniques. Staff members are available to help students discern solutions and develop strategies to address career-related concern. The Career Center facilitates a wide number of career-oriented workshops for first-year students through graduate-level students, including career exploration groups, resume preparation, interviewing techniques, and job-search techniques. The mock interview program is noted for its success in preparing students for their job interviews. The bi-annual Career Fairs attract hundreds of employers to recruit on campus each year. Among the many benefits of a Clarkson education is the alumni network. Alumni serve as a critical link to the Center. The Center also reaches out to the community by planning programs with any campus organization or academic program.

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The Career Center provides access to internship, co-op, and permanent job opportunities through the following means: campus recruiting programs with business, industry, and government; Career Fairs, a Web-based resume database system that enables the Center to provide students’ resumes to employers; a job listing and networking service online called Handshake; and a network of thousands of Clarkson alumni who can be tapped at any time in the students’ years at the University. Clarkson’s reputation with hundreds of companies across the country, combined with a comprehensive Career Center, has resulted in positive outcomes for the graduates consistently over years.

Experiential Education Program

Cooperative Education & Internships Cooperative Education (Co-op) Program

The Career Center works closely with representatives of business, industry and government to place students in meaningful real-life work environments during the academic year. A Co-op experience provides students the opportunity to apply their academic knowledge and gain valuable experience while positioning them to obtain full-time professional employment upon graduation. Typically, students participate in the Co-op Program for an academic semester and a summer. Students may choose to co-op from January through August or from May through December. However, the co-op work block timeframe is very flexible and the University makes every effort to match a student’s academic plans with a company’s work schedule. To help prepare students for the co-op experience, the Career Center provides skill-based seminars and workshops. The focus of these programs are on writing resumes, cover letters, practicing job interviews, and teaching students how to conduct a successful job search. A key decision for the student is how to make up coursework missed while in the workplace. Students can choose to attend summer school, use AP credit they have earned, overload coursework during the semester or push back their planned graduation date. Co-op students work closely with their academic advisor, Student Administrative Services representative and the Career Center staff to plan out a successful co-op experience. While away during the semester(s), a co-op student is considered a full-time student and does not pay tuition expenses. All University students are encouraged to consider co-op as a way to enrich their Clarkson education. Co-op positions are located across the country, though most are concentrated in the northeast. While on co-op, students are assigned a direct supervisor, paid a professional salary and are evaluated during their job assignment. Students are also encouraged to communicate with the Career Center while on co-op so that staff may monitor their progress.

Internship Program

As part of the professional experience component, the Career Center also offers assistance in identifying and applying for internships. Students from all academic majors can pursue internships during any summer of their undergraduate or graduate program, as well as some unique study/internship programs that are offered during the semesters. Similar to the co-op program, internships are offered throughout the year, along with individual advising. Most internships are paid; in some cases, students receive a stipend or receive academic credit.

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Internships are available with business and industry across the country; with local, state, and federal government agencies; and with other agencies, non-profits, and educational institutions. Students work closely with the Center and their academic advisors to select an internship that best suits their needs.

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Athletics Scott Smalling, Director of Athletics Recreation and Intramural Activities

All students are encouraged to participate in intramural and recreational activities. Clarkson’s location provides students with a wide array of outdoor sporting opportunities including individual and team challenges. Intramural contests include both regular leagues and weekend tournaments. Recreational activities included both outdoor and indoor activities. Varsity Sports

The Clarkson Golden Knights compete in 20 intercollegiate varsity sports, at the NCAA Division I level in men's and women's hockey and with the other 18 at the NCAA Division III/USCSA level. For more information on Clarkson Athletics, visit http://clarksonathletics.com/splash.aspx?id=splash_18 Facilities

The Henry R. Hodge Sports and Recreation Complex is located on the Potsdam campus, adjacent to the residence halls and easily accessible to all students. Facilities include The Deneka Family Fitness Center, Alumni Gymnasium, Schuler Recreation Building (which houses the Stephenson Field House and the Fuller Pool), the Denny Brown Adirondack Lodge, and the Snell Athletic Fields. Additional facilities include Walker Center, Hantz Turf Field, Bagdad Field, Scott Field, Neugold Field, and the Cheel Campus Center, which is home to The Munter Family Climbing Wall, Steven J. Yianoukos Fitness Center and Hockey Arena.

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Campus Safety and Security The Office of Campus Safety & Security consists of a team of people working with the campus community to meet the specialized safety and security needs of the University. Responsibilities include the maintenance of public order, vehicle registration, emergency first aid treatment, issuing I.D. cards, room key distribution, educational programs (including crime prevention and fire safety), and other related programs. Campus Safety & Security officers are responsible for the enforcement of the rules and regulations of the University. Officers do not have police jurisdiction over public streets, public property, or private property. Arrests and apprehension are referred to the Village Police. Statistics concerning campus safety and campus crime are available upon request from the Office of Campus Safety & Security or can be accessed at http://www.clarkson.edu/campus-safety . The department’s ability to function as an independent agency enables it to preserve the tradition of Clarkson in which security, safety, and adherence to the Code of Student Conduct are both an individual responsibility and a collective behavior. In emergencies, Village Police are called as first-line, back-up support, along with appropriate University officials and the University Emergency Response Team.

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Clarkson Alumni Association The Clarkson Alumni Association was organized on Founder’s Day, November 30, 1904, and has existed since that time to benefit both the University and its alumni. The administration of the Association is vested in the Clarkson Alumni Association Leadership Board in partnership with the Alumni Office. The mission of the Clarkson Alumni Association is to engage and empower alumni as partners in the Clarkson community, nurturing their pride in their alma mater and promoting the interests of Clarkson University and its alumni. Alumni are actively involved identifying and recruiting quality high school students, and assisting the Career Center in providing career opportunities for our graduates. Alumni are also involved in supporting fundraising efforts, mentoring undergraduates, serving as speakers on campus, serving on advisory councils, and providing opportunities to learn the value of being engaged alumni. There are nearly 30 regional chapters located in almost every major U.S. city. These regional chapters host approximately 120 events each year to engage alumni and keep them connected to Clarkson.

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International Center The International Center is a hub of activity providing the Clarkson community with a multitude of

global opportunities – experiences – and advisement.

Go Abroad

One of the best ways to prepare for the global workforce is to immerse yourself in another culture. The International Center provides students with numerous global experiences, such as: traditional semester/year exchange with many universities around the globe – short-term/faculty led programs – or – international internships. Study Abroad provides an excellent opportunity for undergraduate students to enhance their academic background and prepare for the global marketplace through exposure to another educational system and culture. The primary program open to all students offered by the International Center is the Student Exchange Program. The program is designed for students to spend a semester or a year abroad usually during their junior year. Students go through a competitive application process during the sophomore year to be considered for the program. Clarkson University has articulated exchange agreements with many universities around the world Please see the Clarkson International Center website for a listing of Clarkson’s Exchange Partners by Country. In addition to the semester or year-long exchange opportunities, Clarkson offers students the option to participate in short-term summer programs or faculty led trips. The short-term summer programs are 2-3 weeks in duration and are ideal for those students who do not wish to be gone for a full semester or year. Faculty led trips usually occur immediately following the spring semester. The International Center works with all disciplines to ensure all students in all majors that require or want a global experience has the opportunity.

Exchange

Financial Policies Exchange Programs: Students who participate in the Study Abroad/Exchange Program through Clarkson must attend one of our exchange partner universities in order to receive financial aid. During the exchange semester(s) students pay their tuition to Clarkson; there is no tuition paid to the exchange university. Room, board, and other fees are paid directly to the exchange university by the student. The financial assistance package is applied to the participant’s account as if that student were attending Clarkson University. Any credit balance may be requested through the Director of Financial Aid in SAS after tuition is applied and all required financial aid documentation (i.e. loan promissory notes, signed summary, etc.) are processed. This credit can be used toward the room, board, and other fees at the exchange partner university. It is an important step in the application process for the student to consult with the Director of Financial Aid in order to understand how their financial assistance package will be applied to the study abroad/exchange experience. Non-exchange Programs: Should a student decide to attend a non-exchange university, he or she must take a leave of absence from Clarkson for the semester involved. The student should work with the International Center for approval of these non-exchange programs. No tuition is aid to Clarkson and financial assistance may not be utilized.

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Academic Policies Exchange Programs: All courses must be pre-approved through completion of Off-Campus Coursework Permission Forms prior to leaving campus. All credit is transferred back to Clarkson for those courses that students complete satisfactorily. Course credit will be transferred as transfer credit on a pass/fail system. It should be noted that credit hour and grading system differ from country to country and school to school. Participants should request to have their grades sent to the International Center at Clarkson prior to leaving their exchange program. It may take several weeks after a student returns to receive these grades. Non-exchange Programs: The student is responsible for assuring that the courses to be taken through the non-exchange program have been pre-approved by the faculty at Clarkson using the Off-Campus Coursework Permission Forms. The International Center will assist these students with any questions regarding passports, visas, and travel, but non-exchange students will not be included in the official study abroad rosters. Course credit will be transferred as transfer credit on a pass/fail system.

Work Abroad

Imagine working for an organization or company abroad, and learning what it is like to work in another culture. You will increase your marketability and be better prepared for the global workplace upon graduation. Students interested in an internship abroad can work with the International Center staff to identify the opportunities available across the globe. Some of these jobs are paid and some are for academic credit. Visit the International Center website for more information.

International Student and Scholar Services

This part of the International Center informs and educates the international population as well as the University community on immigration regulations that govern international students, scholars and the University. In addition, International Center staff coordinates services and benefits available to the international population and facilitates international cultural events within the Clarkson community to promote global diversity.

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INFORMATION TECHNOLOGY Joshua Fiske, Chief Information Officer, jfiske@clarkson.edu 315-268-6718 Clarkson University is wholly committed to providing high-quality computer resources, services and support to meet the diverse needs of its students and faculty. The mission of the Office of Information Technology (OIT) is to provide access to teaching, learning, research, administrative and communication technologies through a commitment to excellence in customer support and technical leadership in fulfillment of the institutional mission. This involves leveraging the University’s corporate partnerships to provide high-performance hardware and software, while employing a distributed user support structure. As a result, Clarkson students receive access to up-to-date technology, backed by direct assistance from easily accessible and highly skilled OIT support staff. Access to campus IT resources is provided by a high-speed, fiber-optic network “backbone” connecting University classrooms, laboratories, on-campus housing, and faculty offices. Students are able to connect to this network via high-speed wired and wireless connections in buildings across campus. The campus network is connected to the Internet via several multi-gigabit connections. All students have access to a broad range of computing and information technology resources, including: high-tech, multimedia classrooms and collaborative spaces; email; web conferencing; digital publishing; online teaching and learning; and campus computer labs equipped with the latest software. OIT supports Clarkson’s commitment to integrating technology into the classroom through its instructional technology operation. Instructional Technology supports both students and faculty by providing and maintaining software, equipment and facilities for the production, dissemination, and utilization of learning resource materials. Student Personal Computers Information technology is such an integral part of today’s marketplace, it is strongly recommended that every Clarkson student have an appropriate personal computer. High-speed network access is available for all students residing on campus. In addition, students can also access the network at any one of the numerous computer labs found in the academic buildings.

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THE REGISTER

Board of Trustees

Officers of the Corporation Thomas Kassouf '74, Chair Anthony G. Collins, President Bayard D. Clarkson Sr., Hon. ’74, Distinguished Vice Chair Stephen D. Ryan ’87, Vice Chair Georgia Keresty ‘83, Secretary Robert A. Cree , Treasurer Kelly O. Chezum ’04, Assistant Board Secretary

Members of the Board of Trustees Carolyn A. Brandsema ’80 Vice President (Ret.) 737 Engineering, The Boeing Company

Bayard D. Clarkson, Jr., M.D. Private Practitioner

Kenneth V. Camarco ’85 President & Founder Boundless Breakthroughs LLC

Bayard D. Clarkson, Sr., M.D. Hon. ’74 Member, Molecular Pharmacology/Chemistry Sloan-Kettering Institute - MSKCC

Robert A. Campbell ’61 CEO Asia Pacific Region (Ret.) Deloitte Touche Tohmatsu

Kathleen H. Cline ’85 President KTC Construction

Simoon Cannon Founder/President Melanina, LLC

Charles R. Craig Sr. Vice President Administration & Operations, Science & Technology Corning Incorporated

Lauretta M. Chrys UGC ’98 Executive Vice President Citizens Bank

Peter J. Devlin ’80 President & CEO (Ret.) Fish & Richardson, PC

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Robert A. DiFulgentiz ‘76 President & COO (Ret.) Koch Chemical Technology Group

Kenneth S. Lally ‘79 Owner & Director SimuTech Group

Christina ‘Chris’ Dutch ’91 Partner PricewaterhouseCoopers LLP

Earl 'Skip" R. Lewis '66 Chairman of the Board Flir Systems, Inc.

David K. Heacock ‘83 Senior Vice President & Manager (Ret.) Texas Instruments Silicon Valley Analog

G. Michael Maresca P’18 Interventional & General Radiologist President St. Lawrence Radiology

Daniel E. Heintzelman ‘79 Vice Chairman (Ret.) General Electric Co.

Jody A. Markopoulos ‘93 Principal JA Markopoulos Consulting, LLC

Thomas L. Kassouf ‘74 President (Ret.) Snap-on-Tools

John S. Mengucci ’84 President and Chief Executive Officer CACI International Inc.

Georgia Keresty ‘83 Global Head, Medical Sciences & Development Operations Takeda Pharmaceuticals R & D

Lisa A. Napolione ‘87 Sr. Vice President Global Research & Development Estee Lauder Companies

Lawrence D. Kingsley ‘85 Director Berkshire Partners

Rajan Raghavan ‘82 Founder, President & CEO The Fabric Net

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Sanjeev R. Kulkarni ‘84 Dean of Faculty and Professor of Department of Electrical Engineering Princeton University

David A. Walsh ‘67 Executive VP and COO (Ret.) United Therapeutics

Nancy D. Reyda ‘81 Managing Director & Chief Operating Officer of Technology Bank of New York Mellon

Dennis G. Weller '71 Chairman of the Board Structural Assoc., Inc.

Cody A. Rosen ‘13 Executive Vice President Kimco Steel

James F. Wood '64 Interim Director Energy Institute Director U.S.-China Clean Energy Research Center, Advanced Coal Technology Consortium West Virginia University

Frank R. Schmeler ’64, P’91, ‘93 Chairman (Ret.) Albany International Corp

Raymond L. Skowyra, Jr., P’11 Technology Business Strategy Consultant Summit Associates

Jean E. Spence ‘79 Executive Vice President (Ret.) Research, Development & Quality Mondelez International, Inc.

W. Ashley Twining ‘82 President Viking-Cives Group

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Administration President Anthony G. Collins, President Carrie Capella, Assistant to the President Provost Robyn Hannigan, Provost Cindy Smith, Assistant to the Provost Amanda J. Pickering, Executive Director of Academic Affairs Christopher Robinson, Associate Provost for Faculty Achievement The Beacon Institute for Rivers & Estuaries Michael Walsh, Executive Director of the Engineering Management Program / President & CEO Michael Conrad, MSEM Program Manager/Executive Officer Michael Heintzman, Director of Educational Programming Asher Pacht, Director of Environmental Programs The Graduate School Kerop Janoyan, Dean Karli Olsen, Assistant to the Dean Colleen Thapalia, Director of International Graduate Admissions & Recruitment Daniel Capogna, Director of Graduate Admissions & Recruitment Angelia Kehl, Assistant Director of Graduate Admissions and Recruitment Olivia Hoffman, Graduate Admissions Service Coordinator Amy Nevin, Senior Director of Data & Enrollment Services School of Arts & Sciences Tom Langen, Dean Jerry W. Gravander, Associate Dean Clarkson Writing Center Catherine Sajna, Director Department of Bioethics Kerop Janoyan, Dean of the Graduate School Department of Biology Michael Twiss, Chair Department of Chemistry and Biomolecular Sciences Silvana Andreescu, Chair James Peploski, Director of Freshman Chemistry/Executive Officer Artem Melman, Executive Officer

Department of Communication and Media

Jason Schmitt, Chair

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Department of Computer Science Christopher Lynch, Chair Department of Education Catherine Snyder, Chair/Director of STEM Ed. Department of Literature and Social Sciences Alastair Kocho-Williams, Chair Department of Mathematics Joseph Skufca, Chair Scott R. Fulton, Executive Officer Department of Occupational Therapy Alisha Ohl, Interim Chair Department of Physical Therapy Vicki LaFay, Chair Department of Physician Assistant Studies Joan Caruso, Clinical Assistant Professor/Chair of Physician Assistant Studies/Director of Didactic Education Department of Physics Dipankar Roy, Chair Department of Psychology Andreas Wilke, Chair David D. Reh School of Business Augustine Lado, Dean/Joy Dorf Chair in Entrepreneurship and Innovation Patricia Perrier, Director of Operations Boris Jukic, Co-Director of Data Analytics John Huppertz, Director of Healthcare Management Peter Otto, Director of Healthcare Analytics Luciana Echazu, Associate Dean of Undergraduate Business Programs & Operations Dennis Yu, Associate Dean of Graduate Programs and Research Michelle Crimi, Director of Engineering and Management Zhilan Feng, Associate Professor/CRC Director Sponsored Research Services Shannon Robinson, Associate Vice Provost for Research

Anthony Adamczyk, Associate Director of Research, Compliance & Technology Transfer Rebecca Ashley, Research Administration Advisor I

Brianne Clark, Research Administration Advisor I

Anna Marie Dawley, Sr Grants & Contracts Administrator/CAMP Financial Manager

Donalee Eggleston, Administrative Coordinator

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Steve McDonald, Research Administration Advisor I Brenda Moulton, Research Compliance Coordinator Tammy Pratt, Research Administration Advisor I Todd Travis, Sr Research Administration Advisor/Lead Pre Award & Data Analyst Ronda Wagstaff, Research Administration Advisor I Clarkson Ignite Erin Draper, Managing Director of Clarkson Ignite and Reh Center for Entrepreneurship Ann Barrett, Program Coordinator The Clarkson School Jennifer Knack, Interim Head of School for the Clarkson School Brenda Kozsan, Associate Head of the Clarkson School Wallace H. Coulter School of Engineering William Jemison, Dean of the Wallace H. Coulter School of Engineering/Tony Collins Professor of Innovative Engineering Culture John Moosbrugger, Associate Dean for Academic Programs Department of Chemical and Biomolecular Engineering Elizabeth Podlaha-Murphy, Chair Department of Civil and Environmental Engineering John Dempsey, Chair Erik Backus, Director of Construction Engineering Management Program / Professor of Practice/Executive Officer Department of Electrical and Computer Engineering Paul McGrath, Professor/Chair Abul Khondker Associate Professor/Executive Officer Department of Mechanical and Aeronautical Engineering Brian Helenbrook, Professor/Chair Kevin Fite, Associate Professor/Executive Officer Engineering & Management Michelle Crimi, Professor and Director Misty Spriggs, Associate Director Environmental Policy, Governance & Institute for a Sustainable Environment Susan E. Powers, Director of the Institute for a Sustainable Environment / Associate Director of Sustainability / Jean '79 and Robert '79 Spence Professorship in Sustainable Environmental Systems Alan Rossner, Associate Director for Health Science Education

Software Engineering

Daqing Hou, Professor/Director

294

Institute for STEM Education Peter Turner, Director Kathleen Kavanagh, Associate Director Catherine Snyder, Chair/Associate Director Center for Advanced Materials Processing Devon A. Shipp, Professor/Director Elisabeth Cain, CAMP Business Development Manager Center for Air and Aquatic Resources and Engineering and Science (CAARES) Thomas M. Holsen, Jean S. Newell Distinguished Professor/Co-Director Suresh Dhaniyala, Bayard D. Clarkson Distinguished Professor/Co-Director Center for Rehabilitation Engineering, Science and Technology Charles J. Robinson, Professor / Herman L Shulman Endowed Chair/Director Center for Identification Technology Research (CITeR) Stephanie Schuckers, Paynter-Krigman Endowed Professor in Engineering Science /Director Center for Metamaterials David Crouse, Professor and Chair Center for Electric Power Systems Tom Ortmeyer, Professor Emeritus Center for Complex Systems Science Erik Bollt, Director Department of Air, Space, and Cyberspace Studies Lt Col Michelle Baxter Department of Military Science LTC Bill Nguyen, Chair & Professor of Military Science Mr. Scott Toth, Enrollment Officer Clarkson University Honors Program John Moosebrugger, Interim Director of Honors University Library Michelle L. Young, Dean of Libraries/Associate Professor Gayle C. Berry, Collection Management Librarian Lisa Hoover, Public Services Librarian Amber Amidon, Public Services Librarian for Graduate Education Mary Cabral, Health Sciences Librarian

Peter Morris, Systems Librarian

Barbara Osgood, Senior Library Paraprofessional for Access Services

Bonnie Oemcke, Senior Library Paraprofessional for Technical Services & Archives

295

Kelly Stanyon, Science Librarian (Trudeau Institute) Admissions Brian Grant, Vice President for Enrollment and Student Advancement Mia Wicke, Assistant to the VP for Enrollment & Student Advancement and Operations Manager Trish Dobbs, Director of Admissions Kara Pitts, Director of New Student Financial Assistance Matthew Rutherford, Director of Clarkson School Admission Athletics, Recreation, and Physical Education Scott Smalling, Director of Athletics & Recreation James Allott, Head Men's and Women's Cross Country and Nordic Skiing Coach William Bergan, PE Director, Head Men’s Lacrosse and Golf Coach Matthew Desrosiers, Head Women’s Hockey Coach Bennett Gaebel, Head Women’s Lacrosse Coach Jeffrey Gorski, Head Men’s Basketball Coach Tad Johnson, Strength & Conditioning Coach Casey Jones, Head Men's Hockey Coach James Kane, Head Men's Baseball Coach/Assistant Golf Coach Laurel Kane, Associate Athletic Director Carol LaMarche, Head Women’s Volleyball Coach Anthony Maci, Assistant Women’s Hockey Coach Jacob Mir, Assistant Athletic Trainer Kristen McGaughey, Head Women’s Softball Coach Gary Mikel, Director of Sports Information Kelly Norman, Fitness Center Director Alana Alpert, Head Athletic Trainer Joshua Hauge, Assistant Men's Hockey Coach Joh Bartell, Director of Cheel Campus Center Britni Smith, Assistant Women’s Hockey Coach Carter Lincoln, Head Men’s Soccer Coach Maureen Webster, Head Women’s Basketball Coach Kelsey Yam, Head Women’s Soccer Coach Zachary Wahl, Head Men’s & Women’s Swimming Kathryn Bishop, Assistant Athletic Trainer Business and Financial Affairs Robert Cree, Chief Financial Officer Human Resources and Affirmative Action Amy McGaheran, Chief Human Resources & Deputy Chief Inclusion Officer Caity McGregor, Faculty Recruiter & Manager of Training Diane Letourneau, Senior HR Generalist Julie Besaw, HR Coordinator

Peg Boysuk, Payroll Manager

Traci Griffin, Benefits Coordinator

Jane Gravlin, Staffing and Onboarding Specialist

296

Institutional Planning, Assessment, & Effectiveness

Jenna S. Stone, Assistant Director for Institutional Research Budget and Planning Paula Sturge, Director Hope Walker, Assistant Director Financial Operations Debra Drescher, Director of Legal Affairs, Compliance & Risk Management Keith Rosser, Controller Todd Phillips, Associate Controller Cinda Boyce, Associate Purchasing Agent International Relations Jeff Taylor, Associate Vice President of Student Affairs & International Relations Tess Casler, Director, International Student & Scholar Services Rebecca Brown, Assistant Director, International Student & Scholar Services Student Administrative Services Suzanne Davis, Director, Student Administrative Services Jennifer Stokes, University Registrar Travis Dox, Bursar/Associate Director of Undergraduate Student Services Pamela Nichols, Director of Financial Aid Facilities and Services Michael Tremper, University Engineer Anastasia Thomas, Director of Project Management John Lawrence, Safety Manager Judson Mills, Maintenance Manager Brian Printup, Resident District Manager Kathryn Green, Director of Administrative Services Gina LaPointe, Director of Customer Service and Process Improvement Lori Remington, Maintenance Manager Scott Richardson, Grounds Manager Donald Shanty, Custodial Manager Marketing and External Relations Kelly O. Chezum, Vice President for Marketing and External Relations Melissa Lindell, Director of Media Relations Jessica Carista, Director of Interactive Marketing David Homsey, Director of Creative Services & Project Management Office of Information Technology Joshua Fiske, Chief Information Officer Christopher Cutler, Director of Administrative Computing Ronald Boczarski, Assistant Director of Administrative Computing Brian Huntley, Director of Network Services and Information Security

297

Julie Davis, Director of Web Development Bob Keenan, Director IT CRC Development & Alumni Relations Matthew Draper – Vice President for Development & Alumni Relations Teresa Planty - Director of Alumni Relations Steve Smalling - Director of Major Gifts Bob Ahlfeld - Director of the Annie Clarkson Society Erin Londraville - Director of Foundation Relations Nichole Thomas, Director of Annual Giving Programs Beth Reasoner, Assistant Director of Clarkson Funds Erin Londraville, Director of Foundation Relations Cara Valentine, Director of Donor Relations Jessica Nezezon, Assistant Director of Donor Relations Shannon Desrosiers, Stewardship Liaison of Donor Relations Jeffrey Wellings, Database Administrator Division of Student Affairs Brian Grant, Vice President for Enrollment and Student Advancement Jeffrey Taylor, Associate Vice President of Student Affairs & International Relations Jim Pittman, Dean of Students Kelsey Deso, Director of Student Organizations and Student Center Megan Munley, Assistant Director of Student Life Tamera Rizk, Assistant Dean of Students Life and Engagement AccessABILITY Services Amy Dougan, Coordinator Kelsey Pearson, Assistant Dean of Students for Accommodations and Conduct Office of University Advising Catherine Avadikian, Director of Undergraduate Advising Operations and Resources Karyn Crispo, Associate Director of Scholarship Preparation/Advising Specialist Bridget Clute, Student Advising Specialist/Administrative Coordinator Jeremy Riedl, Undergraduate Student Advising Specialist Arthur O. Eve Higher Education Opportunity Program (HEOP) Tammy McGregor-Twiss, Director Elizabeth Girard, Assistant Director Gabrielle Smith, Admission & Academic Counselor Maya Dufresne, Student Retention Specialist Campus Safety & Security Dave Delisle, Director of Campus Safety and Security Gerald Bova, Safety & Security Officer Christopher Naccari, Safety & Security Officer Christopher Flynn, Parking Enforcement / Officer

298

Career Center Margo Jenkins, Director Emily Sheltry, Career Advisor Bill Jeffers, Assistant Director - located at CRC Erin Murray, Projects & Operations Coordinator Katje Foster, Career Advisor Community Underrepresented Professional Opportunities (CUPO) Marjorie B. Warden, Director Deborah Shipp, Assistant Director Student Health & Counseling Center Coreen Bohl, Director of Counseling Jessica Martin, Director of Health Services Nancy Cerio, Assistant Director of Counseling Lisa Hartigan, LPN Student Success Catherine M. McNamara, Associate Vice President Kathleen Mikel, Associate Director and Tutor Coordinator Christine Campbell, Associate Director/Academic Skills Specialist Office of Diversity and Inclusion Jennifer Ball, Associate Professor/Chief Inclusion Officer Title VI, IX, ADA/504 Coordinator Bria Cole, Training Coordinator Patrice Cole, Administrative Assistant Lorraine Njoki, Program Coordinator

299

Faculty Directory Professors AHMADI, Goodarz BS, Tehran University MS, PhD, Purdue University Clarkson Distinguished Professor and Robert H. Hill Professor of Mechanical and Aeronautical Engineering

AIDUN, Daryush BS, MS, Syracuse University PhD, Rensselaer Polytechnic Institute Professor of Mechanical and Aeronautical Engineering

ANDREESCU, E. Silvana BS, University of Bucharest, Romania MS, University of Bucharest, Romania PhD, University of Bucharest, Romania Professor and Chair of Chemistry & Biomolecular Science/ Egon Matijević Chair of ChemistryDirector of Biomolecular Science Associate Dean of Research for the School of Arts and Sciences BABU, S.V. B. Tech, Andhra University, India M. Tech, I.I.I. Karagpur, India PhD, State University of New York at Stony Brook Distinguished University Professor

BALTUS, Ruth BS, State University College of New York at Oswego MS, PhD, Carnegie-Mellon University Emeritus Professor of Chemical and Biomolecular Engineering

BARRY, Daved BA, PhD, University of Maryland Elmer Gates ’50 Professor of Innovative Business Culture, Communication, Media & Design

BAXTER, Michelle Lt Col, U.S. Air Force BS, University of North Dakota MBA Trident University Intl. Professor of Air, Space And Cyberspace Studies

BEN-AVRAHAM, Daniel BS, MS, PhD, Bar-llan University Professor of Physics and Mathematics BOLLT, Erik BS, University of California, Berkeley MA, PhD, University of Colorado W. Jon Harrington Professor of Mathematics and Professor of Electrical and Computer Engineering: Director of the Clarkson Center for Complex Systems Science BOWMAN, R. Alan BS, Arizona State University MBA Arizona State University PhD Cornell University Professor of Operations and Information Systems CASPER, Stephen BS, University of Minnesota PhD, University College of London Professor in the History of Science CETINKAYA, Cetin BS, Istanbul Technical University MS, PhD, University of Illinois-Urbana Professor of Mechanical and Aeronautical Engineering CHENG, Ming-Cheng BS, National Chiao Tung University MS, PhD, Polytechnic University Professor of Electrical and Computer Engineering CHRISTIAN, Alan BS, University of Wisconsin MS, Arkansas State University PhD, Miami University Professor, Department of Biology

300

CHRISTIANSEN, Phillip BS, University of Utah PhD, University of California, Santa Barbara Professor Emeritus of Chemistry & Biomolecular Science COLLINS, Anthony G. BE, Monash University MS, PhD, Lehigh University P.E. New York President of Clarkson University CRIMI, Michelle BS, Clarkson University MS, Colorado State University PhD, University of California Professor/ Director of Engineering and Management, David D. Reh School of Business CROUSE, David Professor Electrical and Computer Engineering DEMPSEY, John BE, PhD, University of Auckland Chair/ Professor of Civil and Environmental Engineering DHANIYALA, Suresh BS Tech, Indian Institute of Technology MS, University of Delaware PhD, University of Minnesota Bayard D. Clarkson Distinguished Professor of Mechanical and Aeronautical Engineering DOWMAN, Robert BSc, University of Victoria MSc, PhD, Northwestern University Professor Emeritus FARINA, Stephen BS, Indiana University of Pennsylvania MA, University of Maine at Orono PhD, Rensselaer Polytechnic Institute Emeritus Professor Communication, Media, & Design

FERRO, Andrea BS, University of Massachusetts-Amherst MS, PhD, Stanford University Professor of Civil and Environmental Engineering FORGACS, Gabor PhD, Roland Eötvös University, Budapest and Landau Institute of Theoretical Physics, Moscow Distinguished Professor Emeritus at Clarkson University FULTON, Scott BA, Kalamazoo College MS, PhD Colorado State University Professor and Executive Officer of Mathematics GLASSER, M. Lawrence BA, MS, University of Chicago PhD Carnegie-Mellon University Emeritus Professor, Physics GRAVANDER, Jerry BS, Illinois Institute of Technology A.B., University of Tennessee PhD, University of Texas at Austin Distinguished Service Professor/ Associate Dean, School of Arts & Sciences GRIMBERG, Stefan Diplomingenieur, Technical University Munich, Germany MS, PhD, University of North Carolina at Chapel Hill Professor of Civil and Environmental Engineering HELENBROOK, Brian BS, University of Notre Dame PhD, Princeton University Paynter-Krigman Professor in Engineering Science Simulation of Mechanical and Aeronautical Engineering Professor/ Chair of Mechanical and Aeronautical Engineering

HOLSEN, Thomas

BS, MS, PhD, University of California at Berkeley

Jean S. Newell Distinguished Professor of

Engineering/ Director of CAARES

301

HOU, Daqing BS, MS, Peking University PhD, University of Alberta Professor and Director of Software Engineering. JANOYAN, Kerop BS, PhD, University of California, Los Angeles Dean of the Graduate School/ Director of Distance Learning JEMISON, William BS, Lafayette College MS, Penn State University PhD, Drexel University Dean of the Wallace H. Coulter School of Engineering/ Tony Collins Professor of Innovation Engineering Culture JOHNSON-EILOLA, Johndan BS, MS, PhD, Michigan Technological University Professor of Communication, Media & Design JUKIC, Boris BS, University of Zagreb MBA, Grand Valley State University PhD, University of Texas at Austin Professor of Operations and Information Systems/ Director of Data Analytics KATZ, Evgeny BS, MS, Mendeleyev Chemical Engineering University, Moscow PhD, Frumkin Institute of Electrochemistry, Russian Academy of Sciences, Moscow Professor of Chemistry & Biomolecular Science/ Milton Kerker Chair of Chemistry KAVANAGH, Kathleen BA, SUNY Plattsburgh MS, PhD, North Carolina State University Professor of Mathematics/ Associate Director, Institute for STEM Education KE, Weiling BA, Xiamen University MS, National University of Singapore PhD, National University of Singapore Professor of Operations and Information Systems

KOCHO-WILLIAMS, Alastair BA, MA, PhD, University of Manchester Professor of History/Chair of Humanities and Social Sciences KRISHNAN, Sitaraman BChemEng, University Institute of Chemical Technology, Mumbai PhD, Lehigh University Professor and Executive Officer of Chemical and Biomolecular Engineering LADO, Augustine BS, University of Khartoum (Sudan) MBA, Arkansas State University PhD, University of Memphis Professor of Consumer and Organizational Studies/ Richard ’55 and Joy Dorf Chair in Innovation and Entrepreneurism Dean of the David D. Reh School of Business LANGEN, Tom BS, Purdue University PhD, University of California, San Diego Interim Dean, School of Arts & Sciences Professor of Biology LIANG, Chunlei BS, Xi'an Jiaotong Unviersity PhD, University of London Professor of Mechanical and Aeronautical Engineering LIN, Feng-Bor BS, National Taiwan University MS, University of Pittsburgh

PhD, Carnegie-Mellon University

Emeritus Professor of Civil and Environmental

Engineering

LUFKIN, Thomas

BS, University of California at Berkeley

PhD, Cornell University Medical College

Professor of Biology/ Bayard and Virginia Clarkson

Endowed Chair of Biology

302

LYNCH, Christopher BS, Syracuse University MA, State University of New York at Binghamton PhD, Boston University Professor of Computer Science/ Chair of Computer Science MAHMOODI, Farzad BS, MS, PhD, University of Minnesota Professor of Operations and Information Systems/ Director of Supply Chain Management MCRATH, Paul BS, ENG PhD Queen Mary College, London Professor/Chair of Electrical and Computer Engineering MCLAUGHLIN, John SB, Massachusetts Institute of Technology AM, PhD, Harvard University Emeritus Professor of Chemical and Biomolecular Engineering MEDEDOVIC THAGARD, Selma BS, University of Zagreb, Zagreb, Croatia PhD, Florida State University Professor of Chemical and Biomolecular Engineering MELVILLE, Sarah AB, Smith College MA Univ. of Missouri at Columbia PhD Yale University Professor of History MINNETYAN, Levon BS, Robert College MS, PhD, Duke University Emeritus Professor of Civil and Environmental Engineering MOOSBRUGGER, John BS, Wright State University MS, PhD, Georgia Institute of Technology Professor of Mechanical and Aeronautical Engineering/Associate Dean for Academic Programs, Coulter School of Engineering

NGUYEN, Bill LTC, U.S. Army BS, United States Military Academy MA, Webster State University NOCETTI, Diego BA, Universidad del Salvador MBA East Carolina University PhD, University of Memphis Professor of Economics and Financial Studies ORTMEYER, Thomas BS, MS, PhD, Iowa State University Emeritus Professor of Electrical and Computer Engineering PARTCH, Richard AB, Pomona College PhD, University of Rochester Adjunct Research Professor Professor Emeritus of Chemistry & Biomolecular Science PEETHAMPARAN, Sulapha MS, Indian Institute of Technology Madras ME, National University of Singapore PhD, Purdue University Professor of Civil and Environmental Engineering PODLAHA-MURPHY, Elizabeth BS, MS, University of Connecticut PhD, Columbia University Professor and Chair of Chemical and Biomolecular Engineering POWERS, Susan BS, MS, Clarkson University PhD, University of Michigan

Jean ’79 and Robert ’79 Spence Professor in

Sustainable Environmental Systems/ Associate

Director for Sustainability, Institute for a

Sustainable Environment

RASMUSSEN, Don

BS, MS, PhD, University of Wisconsin

Emeritus Professor of Chemical and Biomolecular

Engineering

303

REGEL, Liya Candidate (PhD) Institute of Semiconductors, Novosibirski Doctorate, Ioffee-Physical-Technical Institute, St. Petersburg Distinguished Research Professor of Engineering, Electrical and Computer Engineering, and Mechanical & Aeronautical Engineering/ Director, International Center for Gravity Materials Science & Applications ROBINSON, Charles BS, College of Steubenville MS, Ohio State University, Columbus DSc, Washington University Herman L. Shulman Endowed Chair Professor of Electrical and Computer Engineering/ Director of Rehabilitation Engineering Science and Technology ROBINSON, Christopher BA, Siena College MA, PhD, SUNY Albany Professor of Political Science & Associate Provost for Faculty Achievement ROGERS, Robert BA, Dartmouth College MD, McGill University Medical School Medical Director of Physician Assistant Studies ROY, Dipankar BS, MS, Calcutta University PhD, Rensselaer Polytechnic Institute Professor and Chair of Physics SCHUCKERS, Stephanie BSE, University of Iowa MSE, PhD, The University of Michigan Paynter-Krigman Endowed Professor in Engineering Science/ Director of the Center for Identification Technology Research (CITeR) SCHMITT, Jason BA, University of Michigan-Dearborn MA, Eastern Michigan University PhD, Bowling Green State University Professor/ Chair of Communication, Media & Design

SCHULMAN, Lawrence BS, Yeshiva University PhD, Princeton University Emeritus Professor of Physics SHEN, Hayley BS, National Taiwan University MS, PhD, University of Iowa PhD, Clarkson University Emeritus Professor of Civil and Environmental Engineering SHEN, Hung Tao BS, Chung Yuan College of Science and Engineering ME, Asian Institute of Technology PhD, University of Iowa Distinguished Research Professor in hydraulic Engineering, Civil and Environmental Engineering SHIPP, Devon BS, PhD, University of Melbourne Professor of Chemistry & Biomolecular Science Director, Center for Advanced Materials Processing SKUFCA, Joseph BS, United States Naval Academy MS, PhD, University of Maryland Professor and Chair of Mathematics SUBRAMANIAN, R B. Tech., Madras University, India MS, PhD, Clarkson University Professor of Chemical and Biomolecular Engineering Emeritus SUGRUE, Timothy BS, U.S. Military Academy PhD, University of Massachusetts, Amherst President and CEO of the Beacon Institute for Rivers and Estuaries Emeritus

TAYLOR, Ross

BS, MS, PhD, University of Manchester, England

Liya Regel and Bill Wilcox Distinguished Professor

of Engineering

Chemical and Biomolecular Engineering

304

TAMON, Christino BS, University of Calgary MSc, University of Toronto PhD University of Calgary Professor of Computer Science THEW, Spencer BS, Clarkson University MS, Clarkson University Distinguished Service Professor of Civil and Environmental Engineering THORPE, Charles BA, North Park College PhD, Carnegie Mellon Professor of Computer Science TURNER, Peter BSc, PhD, University of Sheffield Director of the Institute for STEM Education TWISS, Michael BSc, Trent University PhD, Université du Québec Chair and Professor of Biology VITEK, William BA, Union College, Schenectady MA, PhD, CUNY Graduate Center Emeritus Professor of Humanities and Social Sciences WALLACE, Kenneth BS, University of Rochester PhD, Ohio State University Professor of Biology WEISS, Sheila BA, Northwestern University MA, PhD, The John Hopkins University Emeritus Professor Humanities and Social Sciences WILCOX, William BE, University of Southern California PhD, University of California at Berkeley PE New York Distinguished Professor Emeritus

WILLMERT, Kenneth BS, Iowa State University MS., PhD, Case Western Reserve University Professor of Mechanical and Aeronautical Engineering WOJTKIEWICZ, Steven BS, MS, PhD, University of Illinois at Urbana-Champaign Professor of Civil and Environmental Engineering WOODWORTH, Craig BA, PhD, University of Vermont MS, North Carolina State University Professor Emeritus WU, Weiming BS, MS, PhD, Wuhan University, China Professor of Civil and Environmental Engineering and James K. Edzwald Professor of Water Engineering YAPA, Poojitha BS, University of Moratuwa ME, Asian Institute of Technology PhD, Clarkson University Emeritus Professor of Civil and Environmental Engineering ZEIGLER, Stacey BS, SUNY Upstate MS, California College for Health Sciences D.P.T. Simmons College Clinical Professor of Physical Therapy ZUMAN, Petr BS, RNDr (PhD), Charles University D.Sc., Czechoslovak Academy of Sciences Distinguished Emeritus Professor of Chemistry

Associate Professors ACHUTAN, Ajit BS, Tech Calicut University, Kerala, India MS, Indian Institute of Technology, Madras, India ME, National University of Singapore, Singapore PhD, Purdue University Associate Professor of Mechanical and Aeronautical Engineering

305

ANDREESCU, Daniel BS, MS, PhD, University of Bucharest, Romania Associate Professor of Chemistry & Biomolecular Science/Instrumentation Manager ATEMS, Bebonchu BA, University of Maryland at College Park MA, PhD, Kansas State University Associate Professor of Economics and Financial Studies BALL, Jennifer BA, Saint Vincent College MA, PhD, Purdue University Associate Professor of History BANAVAR, Mahesh Krishna BE, Visvesvaraya Technological University MS, PhD, Arizona State University Associate Professor of Electrical and Computer Engineering BIRD, Stephen BA, Berklee College of Music PhD, Boston University Associate Professor of Political Science BOHL, Douglas BS, University of Connecticut MS, PhD, Michigan State University Associate Professor of Mechanical and Aeronautical Engineering CALDWELL, Ellen BA Guilford College MA, PhD, University of North Carolina at Chapel Hill Associate Professor of Humanities CARLSON, Jay BS, Ferris State University MBA, Minnesota State University at Moorhead PhD, University of South Carolina Associate Professor of Consumer and Organizational Studies

CARROLL, James BS, Syracuse University MS, Gorgia Institute of Technology PhD, Clemson University Associate Professor of Electrical and Computer Engineering CROCKER, Jonathan Capt, U.S. Air Force BA, MBA, University of Wyoming Associate Professor and Operations Officer of Air, Space, and Cyberspace Studies DARIE, Costel BS, MS, AI, Cuza University, Isai, Romania PhD, University of Freiburg, Germany Associate Professor of Chemistry & Biomolecular Science DEJOY, John BBA, Pace University CPA, New York MBA, Marist College MS, PhD, University of Idaho Associate Professor of Economics and Financial Studies DEWATERS, Jan BS, Chemical Engineering, University of New Hampshire MS, Environmental Engineering, University of North Carolina at Chapel Hill PhD Environmental Science and Engineering, Clarkson University Associate Professor School of Engineering ECHAZU, Luciana BA, Universidad del Salvador MBA, East Carolina University MA, PhD, University of Memphis Associate Professor of Economics and Financial Studies/Associate Dean, David D. Reh School of Business ERATH, Byron BS, Brigham Young University MS, PhD, Purdue University Associate Professor of Mechanical and Aeronautical Engineering

306

ETTINGER, Laura BA, Vassar College MA, PhD, University of Rochester Associate Professor of History FENG, Zhilan BS, Fudan University MBA, PhD, University of Connecticut Associate Professor of Economics and Financial Studies/CRC Director, David D. Reh School of Business FITE, Kevin BE, MS, PhD, Vanderbilt University Associate Professor and Executive Officer of Mechanical and Aeronautical Engineering GALLUZZO, Benjamin MA, Boston University BS, PhD, University of Iowa Associate Professor, Institute for STEM Education GARCIA, Michael BA, University of Nebraska MA, PhD, Cornell University Associate Professor of Literature GRACHEVA, Maria MS, PhD, Moscow State Engineering Physics Institute (MEPhl) Associate Professor of Physics GREENE, James Associate Professor of Mathematics HARRIS, Sandra BS, MS, Massachusetts Institute of Technology PhD, University of California, Santa Barbara Emeritus Associate Professor of Chemical and Biomolecular Engineering HOOVER, Carl BS, University of Virginia MS, PhD, Clarkson University Associate Professor of Mechanical and Aeronautical Engineering

HORN, Wm. Dennis BA, MA, University of California, Santa Barbara PhD, University of California, Los Angeles Emeritus Associate Professor of Communication, Media & Design HUPPERTZ, John BA, Xavier University MA, PhD, Syracuse University Associate Professor of Healthcare Management/Director, MBA Healthcare, David D. Reh School of Business ISSEN, Kathleen BS, University of Illinois MS, PhD, Northwestern University PE, Illinois Associate Professor of Mechanical and Aeronautical Engineering KARIS, Bill BA, St. Bonaventure University MA, SUNY at Binghamton PhD, Kent State University Emeritus Associate Professor of Communication, Media & Design KHONDKER, Abul BS, MS, Bangladesh University of Engineering and Technology PhD, Rice University Associate Professor of Electrical and Computer Engineering KITTLE, Ryan 1Lt, U.S. Air Force BA, Elmira College MA, American Graduate University Associate Professor and Recruiting Officer Air, Space, and Cyberspace Studies KNACK, Jennifer BA, St. Bonaventure University

MS, PhD, University of Texas at Arlington

Associate Professor of Psychology

307

KOPLOWITZ, Jack BEE, City College of New York MEE, Stanford University PhD, University of Colorado Associate Professor of Electrical and Computer Engineering KUXHAUS, Laurel BS, Michigan State University MS, Cornell University PhD, University of Pittsburgh Associate Professor of Mechanical and Aeronautical Engineering LAFLEUR, Ronald BS, MS, PhD, University of Connecticut Associate Professor of Mechanical and Aeronautical Engineering LEE, Alex BFA, MFA, School of Art Institute in Chicago Associate Professor of Digital Arts and Sciences, Communication, Media & Design LEGAULT, Lisa PhD, University of Ottawa Associate Professor of Psychology LIU, Chen BS, MS, Tonji University PhD, Vanderbilt University Associate Professor of Electrical and Computer Engineering MACIEL, Alexis BSc, PhD, McGill University Associate Professor of Computer Science MAHAPATRA, Santosh BS, Sambalpur University, India MT, Indian Institute of Technology PhD, Michigan State University Associate Professor of Operations and Information Systems

MARTIN, Rebecca BS, MS, Misericordia University, Dallas, PA DPT, Massachusetts General Hospital’s Institute of Health Professions, Boston, MA Clinical Associate Professor of Physical Therapy MARTINEZ, Marcias BS, MS, PhD, Carleton University Associate Professor of Mechanical and Aeronautical Engineering MASTORAKOS, Ioannis BS, PhD, Aristotle University of Thessaloniki, Greece Associate Professor of Mechanical and Aeronautical Engineering MATTHEWS, Jeanna BS, Ohio State University MS, PhD, University of California at Berkeley Associate Professor of Computer Science MCCLUSKEY, Richard BChE, University of Delaware PhD, University of Minnesota Emeritus Associate Professor of Chemical and Biomolecular Engineering MELMAN, Artem BS, MS, Mendeleev Chemical Technological Institute PhD, Weizmann Institute of Science Associate Professor of Chemistry & Biomolecular Science MELMAN, Galina BS, Mendeleev Chemical Technology Institute PhD, Weizmann Institute of Science Associate Professor of Chemistry & Biomolecular Science MICHALEK, Arthur BS, MS, Clarkson University PhD, University of Vermont Associate Professor of Mechanical and Aeronautical Engineering

308

MILNE, R. John BS, M.Eng, Cornell University PhD, Rensselaer Polytechnic Institute Neil ’64 and Karen Bonke Associate Professor of Engineering Management MONDAL, Sumona BS, MS, University of Calcutta MS, PhD, University of Louisiana Associate Professor of Mathematics OTTO, Peter BA, MS SAWI, Biel Switzerland MBA Zurich/ State University at Albany PhD Rockefeller College Associate Professor of Healthcare Analytics/Director, Healthcare Data Analytics, David D. Reh School of Business PEDERSEN, Steven BA, Goldsmiths College, University of London MFA, Alfred University Associate Professor/Director of Digital Arts & Sciences, Communication, Media & Design PEPLOSKI, James BS, PhD, Clarkson University Associate Professor and Executive Officer of Chemistry & Biomolecular Science/ Director of Freshman Chemistry PIPERNI, Pat B.Eng., McGill University M.A.Sc, University of Toronto PhD, University of Montreal Associate Professor of Mechanical and Aeronautical Engineering RAMSDELL, Michael BS, MS, PhD, Clarkson University Associate Professor of Physics, Institute for STEM Ed/ Director of First Year Physics REILEY, William BS, PhD, Rochester Institute of Technology ROGERS, JoAnn BS, MS, PhD, Iowa State University Associate Professor of Sociology

ROGERS, Shane BS, MS, PhD, Iowa State University Associate Professor of Civil and Environmental Engineering ROSSNER, Alan BS, Clarkson College MS, University of Washington PhD, McGill University, Canada Associate Director of the Institute for a Sustainable Environment of Biology/ Director of Environmental Health Science and Environmental Science & Policy Program RUSSEK, Leslie BA, Harvard University BS, University of Vermont PhD, The Johns Hopkins School of Medicine D.P.T., Simmons College Professor Emeritus of Physical Therapy SAMWAYS, Damien BS, University of Southampton, UK PhD, University of Bristol Associate Professor of Biology SMITH, Tyler BS, MS, PhD, Montana State University Associate Professor of Civil and Environmental Engineering SNYDER, Catherine BA, Smith College MBA, MAT, Union College PhD, State University of New York, Albany Associate Professor/ Chair of Education CRC Associate Director, Institute for STEM Education STAIGER, Annegret Vordiplom Biology, Georg August Universität, Göttingen, Germany MA, PhD, University of California, Santa Barbara Associate Professor of Anthropology SUN, Jie BS, Shanghai Jiao Tong University, China MS, PhD, Clarkson University Assistant Professor of Mathematics

309

SVOBODA, James BSE.E., General Motors Institute MSE.E., PhD, University of Wisconsin Emeritus Professor of Electrical and Computer Engineering VISSER, Kenneth BS, University of Calgary MS, PhD, University of Notre Dame Associate Professor of Mechanical and Aeronautical Engineering WASHBURN, Brooks BA, Princeton University MA, Harvard University Adjunct Associate Professor of Civil and Environmental Engineering WILKE, Andreas MA, PhD, Free University of Berlin, Germany Associate Professor/ Chair of Psychology WRIEDT, Mario BS, University of Kiel, Germany PhD, University of Kiel, Germany Associate Professor of Chemistry & Biomolecular Science Kodak CAMP Distinguished Professor YU, Zhenxin “Dennis” BE, Xi’an Jiao Tong University, China PhD, Hong Kong Polytechnic University Ms, PhD, Washington University in St. Louis Associate Professor of Operations and Information Systems/Associate Dean of Graduate Programs and Research, David D. Reh School of Business YUYA, Phillip BS, MS, PhD, University of Nairobi, Kenya Associate Professor of Mechanical and Aeronautical Engineering ZEBEDEE, Allan BA, Colby College MA, PhD, University of California at San Diego Associate Professor of Economics and Financial Studies

Assistant Professors

ARACHCHI, D. Kumudu Visiting Assistant Professor of Mathematics ATHAVALE, Prashant BE, University of Mumbai MS, University of Toledo MS, PhD, University of Maryland Assistant Professor of Mathematics BAILEY, Susan BS, McMaster University MS, University of Calgary PhD, University of Ottawa Assistant Professor of Biology BAKI, Abul B.Sc, M.Sc, BUET, Dhaka Bangladesh PhD, University of Alberta, Edmonton, AB Assistant Professor in Civil and Environmental Engineering BANERJEE, Natasha MS, MS, Rochester Institute of Technology PhD, Carnegie Mellon University Assistant Professor of Computer Science BANERJEE, Sanjib BS, MS, PhD, West Virginia University Assistant Professor of Computer Science BAZZOCCHI, Michael BAS, PhD, University of Toronto Assistant Professor of Mechanical and

Aeronautical Engineering

BEHNIA, Behzad

Assistant Professor Civil and Environmental

Engineering

BENNETT, Joshua

BS, Texas A&M University

PhD, University of Notre Dame

Teaching Assistant Professor of Chemical and

Biomolecular Engineering

310

BICKNELL, Jaime BS, MSPT, tDPT, Clarkson University Director of Clinical Education/Clinical Assistant Professor of Physical Therapy BOOLANI, Ali BA, MA, Tulane University, New Orleans, LA M.Ed, University of New Orleans, LA PhD, Oklahoma State University Post-doctoral Fellowship, University of Georgia, Athens, GA Assistant Professor of Physical Therapy BROWN, Anna BA, Wesleyan University MBA, PhD, Baruch College Assistant Professor of Economics and Financial Studies BROWN, Ryan BA, Kenyon College, Gambier, OH MS, PhD, University of Chicago, IL Assistant Professor of Chemistry & Biomolecular Science BUDISIC, Marko BS, University of Zagreb, Croatia PhD, University of California, Santa Barbara Assistant Professor of Mathematics COHEN, Alexander BA, New York University MA, PhD, University of Iowa Assistant Professor of Political Science CHEON, Ohbet BA, Ewha Womans University MPA, Seoul National University PhD, Texas A&M University Assistant Professor of Healthcare Management CRICHTON, Rohan BA, MA, PhD, Concordia University Assistant Professor of Consumer and Organizational Studies

DAVID, Andrew BS, St. Johns University MS, Hofstra University PhD, Stellenbosch University Assistant Professor of Biology DAVIS, Allen BS, Springfield College Assistant Professor of Military Science DiSALVO, BRITTANY BS Keuka College MS Keuka College Clinical Assistant Professor, Occupational Therapy DU, Yuncheng BS, China Three Gorges University, Hubei MS, Tianjin University, China PhD, University of Waterloo, Canada Assistant Professor Chemical and Biomolecular Engineering FRAZIER, Camille BA, Scipps College MA, PhD, University of California Assistant Professor of Anthropology GRAVELINE, Ashleigh BS, Syracuse University MS, Utica College, Utica, NY Clinical Assistant Professor of Occupational Therapy HAMMECKER McLEAN, Cindy AAS, College of DuPage BS University of Southern Indian MS, California College of Health Science Clinical Assistant Professor, Fieldwork Coordinator, Occupational Therapy HERNOUT, Beatrice BS, Université de Provence, France MS, Université Jean Monnet, France

PhD, University of York, U.K.

Assistant Professor of Institute

for a Sustainable Environment and Biology

311

HOFFMANM, Claudia BA, University of Hamburg MA, Purdue University PhD, University of Florida Assistant Professor of Film HOSUR SUHAS, Prashant BA Graceland University MA, Seton Hall University PhD, Indiana University, Bloomington Assistant Professor of Political Science HUNTER, Ginger BS, University of Virgnia PhD, Duke University Assistant Professor of Biology HUSSAIN, Faraz BE, Birla Institute of Technology and Science MS, Iowa State University PhD, University of Central Florida Assistant Professor of Electrical and Computer Engineering IMTIAZ, Masudul BS, MS, University of Dhaka PhD, University of Alabama Assistant Professor Electrical and Computer Engineering JIANG, Yazhou BS, Huazhong University of Science and Technology PhD, Washington State University Assistant Professor of Electrical and Computer Engineering JOYCE, Terri BS, Hahnemann University MPAS, University of Nebraska Medical Center Clinical Assistant Professor of Physician Assistant Studies KHOSHNEVISAN, Sara Assistant Professor Civil and Environmental Engineering

KIM, Taeyoung BS, PhD, Seoul National University Assistant Professor of Chemical and Biomolecular Engineering and the Institute for a Sustainable Environment KNACK, Ian BS, MS, PhD, Clarkson University, Potsdam Assistant Professor of Civil and Environmental Engineering KRAUS, Petra PhD, University of Ulm, Germany (Molecular Genetics & Human Biology) Assistant Professor of Biology KRING, Stefanie BS, SUNY Potsdam BS, MS, PhD, Clarkson University Assistant Professor of Biology LAFAY, Vicki BS, Ithaca College DPT, SUNY Upstate Medical University PhD, Nova Southeastern University Director of Clinical Education/ Clinical Assistant Clinical Associate Professor of Physical Therapy/Program Director/Chair LIGUORI, Simona BS, MS, University of Calabria, Italy PhD, University of Calabria Assistant Professor of Chemical and Biomolecular Engineering LIN, Guoyu BA, MS, Peking University MS, University of Texas at Austin PhD, Carnegie Mellon University Assistant Professor of Economics and Financial Studies LIN, Jr-Shiuan BS, PhD, National Taiwan University Adjunct Assistant Professor of Biology

312

LIN, Zhilu “Luna” BS, Guangdong University MS, University of Massachusetts PhD, University of Mississippi Assistant Professor of Economic and Financial Studies LIU, Yaoqing BS, Dalian Maritime University, China MS, PhD, University of Memphis Assistant Professor of Computer Science LU, Xiaocun BS, Peking University, China PhD, The University of Akron, OH Assistant Professor of Chemistry & Biomolecular Science LIU, Yu Assistant Professor of Electrical and Computer Engineering MACKEY, Alison BA, MBA/MA, Brigham Young University PhD, The Ohio State University Assistant Professor or Consumer and Organizational Studies MACKEY, Ty BS, MBA, Brigham Young University PhD, Ohio State University Assistant Professor of Consumer and Organizational Studies MACKINNON, William BPS, MS, Clarkson University PhD, Carleton University Assistant Professor of Operation and Information Systems MADRAKI, Golshan BS, MS, Allameh Tabataba’l University PhD, Ohio University Assistant Professor of Engineering and Management

MANIERRE, Matt BA, Eastern Connecticut State University MA, Ph, University of Delaware Assistant Professor of Sociology MARKO, Moshe BPT, University of Tel-Aviv, Israel MHS, Washington University DPT, Massachusetts General Hospital Institute of Health Professions PhD, Syracuse University Assistant Professor of Physical Therapy MARTIN, Jonathan BSc, Memorial University of Newfoundland PhD, University of Alberta Assistant Professor of Mathematics MATTHIS, Katharine BS, St. Frances College Clinical Assistant Professor of Physician Assistant Studies MCCAFFREY, Lewis BS, University of Wales MS, Imperial College PhD, University of the Wirwatersrand Visiting Assistant Professor Institute for a Sustainable Environment MCCRUM, Ian T BS, Clarkson University PhD, The Pennsylvania State University Assistant Professor of Chemical and Biomolecular Engineering MELNIKOV, Dmitriy BS, MS, Moscow Engineering- Physics Institute PhD, Lehigh University Assistant Professor of Physics MERRETT, Craig BE, Carlton University MS, PhD, University of Illinois at Urbana-

Champaign

Assistant Professor of Mechanical and

Aeronautical Engineering

313

MOUSAVIAN, Seyedamirabbas “Amir”

BS, Sharif University of Technology

MBA, Malek Ashtar University of Technology

MS, PhD, Auburn University

Associate Professor Engineering and

Management/Director of Assurance of Learning

MURPHY, Colleen BS, Clarkson University MFA, Bowling Green State University Visiting Assistant Professor of Digital Arts and Sciences, Communication, Media & Design NAKAO, Shunsuke BE, Keio University, Japan PhD, University of California, Riverside Assistant Professor of Chemical and Biomolecular Engineering OHL, Alisha BS, Ithaca College MS, Ithaca College PhD, New York University Interim Chair/Assistant Professor Occupational Therapy OPPENLANDER, Jane BA, BS, MS, University of Vermont PhD, Union College Assistant Professor of Operations and Information Systems ORMSBEE, Floyd BS, SUNY Potsdam MS, Clarkson University PhD, Carlton University Assistant Professor of Consumer and Organizational Studies PAUL, Iman MBA, George Washington University PhD, Georgia Institute of Technology Assistant Professor of Consumer and Organizational Studies

PAEK, Eunsu BS, MS, Seoul National University PhD, University of Texas, Austin Assistant Professor of Chemical and Biomolecular Engineering PELKY, Rebecca BS, Northern Michigan University BA, Indiana University MFA, Creative Writing PhD, University of Missouri Assistant Professor of Film Studies PROPST, Lisa BS, McGill University M.Phil, D.Phil, Oxford University Assistant Professor of Literature PETLEY, Lauren BSC, Laurentian University PhD University of Ottawa Assistant Professor of Psychology PIENKOS, Elizabeth Psy.D Rutgers University BA, Rice University Assistant Professor of Psychology RANDALL, Beth BS, Elizabethtown College OTD, Chatham University Clinical Assistant Professor, Occupational Therapy RIVERA, Seema Assistant Professor Education CRC- Education Program SACKS, Michael BS, Towson University MA, PhD, University of California, Irvine Assistant Professor of Economics and Financial Studies SCHELLY, David BS, Colorado State University MS, University of Wisconsin PhD, University of Wisconsin Assistant Professor Occupational Therapy

314

SCRIMEGEOUR, Jan M. Phys., Heriot-Watt University D.Phil., University of Oxford Assistant Professor of Physics

SEMNANI-AZAD, Zhaleh

BA., MA, PhD, University of Waterloo in Ontario

Assistant Professor of Consumer and

Organizational Studies

SEYMOUR, Tonya BA, SUNY Potsdam MSP.A.S, Clarkson University Clinical Assistant Professor of Physician Assistant Studies STEIN, Blair MA, Queens University MA, PhD, University of Oklahoma Assistant Professor of History STEIN, Elizabeth BA, University of North Caroline at Chapel Hill MS, Northwestern University PhD, University of California Assistant Professor of Political Science STEPHENSON, Amber BS, Ursinus College MPH, Westchester University PhD, Indiana University of Pennsylvania Assistant Professor of Healthcare Management SWINK, Joshua BS, Ashford University Assistant Professor Military Aerospace TAN, Chee-Keong BE, University of Sheffield PhD, Lehigh University Assistant Professor Electrical and Computer Engineering THOMAS, Joshua BS, MS, PhD, University of Toledo Assistant Professor of Physics

THOMAS, Robert Assistant Professor of Civil and Environmental Engineering TOTH, Scott BS, Shippensburg University Assistant Professor of Military Science TOWLER, Christopher BS, DPT, Clarkson University Clinical Assistant Professor of Physical Therapy TRIVEDI, Dhara BSc, MSc, Gujarat University MA, PhD, University of Rochester Assistant Professor of Physics VU, Tuyen BS, Hanoi University of Science and Technology PhD, Florida State University Assistant Professor of Electrical and Computer Engineering WARSON, John BS, Liberty University MS, Missouri University of Science and Technology WHITE, Dawn BA, Nazareth College MPAS, University of Nebraska DHSc, A.T. Still University Clinical Assistant Professor of Physician Assistant Studies WHITE, Diana BS, Memorial University of Newfoundland MS, PhD, University of Alberta, Canada Assistant Professor of Mathematics WICRAMASHINGHE, Shandeepa Adjunct Assistant Professor of Mathematics WILLIAMS, Robert BS, MBA, The Pennsylvania State University PhD, Edinburgh Napier Univeristy Visiting Assistant Professor of Consumer and Organizational Studies

315

WU, Wentao CPA, licensed in state of Virginia (inactive status) MS, George Washington University Doctoral, Louisiana State University Assistant Professor of Economics and Financial Studies

WULANDARI, Elisabeth Arti BA, Gadjah Mada University MA, Cornell University MA, PhD, University of Wisconsin-Madison Assistant Professor of Humanities and Social

Sciences

XIANG, Chen “Chester” BS, Tsinghua University MS, PhD, Carnegie Mellon University Assistant Professor of Operations and Information Systems YE, Jingyun BS, Tianjin University PhD, Tianjin University Assistant Professor of Chemistry & Biomolecular Science YAN, Wei BS, Nanjing University of Science and Technology MS, University of Chinese Academy of Sciences PhD, University of Connecticut Assistant Professor of Electrical and Computer Engineering YOO, Michelle Mijeong BS, Seoul National University MS, Seoul National University PhD University of Florida Assistant Professor of Biology YORK, Eric BA, MA, University of Maine PhD, Iowa State University Assistant Professor of Communication, Media & Design ZHANG, Jianhua BS, Jimei University MS, Xiamen University MS, New Mexico Institute of Mining and Technology PhD, North Carolina State University Assistant Professor of Electrical and Computer Engineering

Instructors BACKUS, Erik C. BS, Clarkson University MS, University of Missouri- Rolla PE, Missouri (active) Professor of Practice and Executive Officer of Civil and Environmental Engineering/ Director of CEM BELASEN, Alan BA, MA, Hebrew University PhD, State University of New York Participating Professor of Consumer and Organizational Studies BILLINGS, James J. BS, Clarkson University Adjunct Instructor of Civil and Environmental Engineering BUCKINGHAM, Ronald Instructor in Mechanical and Aeronautical Engineering CHAPMAN, Edward Senior Military Instructor of Military Science CHAPMAN, Elisabeth Instructor of School of Engineering CHAUDHRY, Shafique BS, MS, University of Punjab, Pakistan PhD, Ajou University, Korea Instructor of Operations and Information Systems COMPEAU, Marc Bs, SUNY Potsdam MS, Clarkson University CONLON, Tyler Instructor and Director of Projects and IT Infrastructure, Data Analytics

316

DULLEA, Daniel BS, MS, SUNY Syracuse Adjunct Instructor of Media Creation and Production, Communication, Media & Design

KAUFFMAN, Brett BS, State University of New York at Buffalo MBA, Union College Participating Professor of Operations and Information Systems

FARR, Kathryn BA, SUNY Potsdam MBA, Clarkson University Ph.D. Walden University, College of Management and Technology Instructor, Communication, Media & Design/ Engineering and Management

KELLY, Gary Adjunct Instructor Honors Program

HEINL, Jared Adjunct Instructor of Civil and Environmental Engineering

KISSAM, Erika BFA, Emerson College MFA, Kent State University Adjunct Instructor of Communication, Media & Design

HOPKINS, John Adjunct Instructor Humanities and Social Sciences

MARTIN, Christopher BS, Clarkson University MS, SUNY Potsdam Instructor of Mathematics

HUDAK, Bryan Adjunct Instructor Humanities and Social Sciences

MILLER, Zachary BA Pitzer College Adjunct Instructor of Communication, Media & Design

ISSEN, Marshall BS, University of Illinois, Urbana MS, Roosevelt University P.E., Illinois Professor of Practice, Engineering and Management

MORRISON, Sara BS, St. Lawrence University MS, University of Vermont Instructor of Mathematics OLSEN, William Instructor of Civil and Environmental Engineering

JOHNS, Danielle BFA, SUNY Potsdam MFA, Rochester Institute of Technology Instructor of Digital Arts and Sciences, Communication, Media & Design

OTHMAN, Ali Adjunct Instructor Chemistry & Biomolecular Science

JOHNSON-WOODS, Courtney BA, SUNY Buffalo MS, ABD, SUNY ESF Instructor of Communication, Media & Design

PIERCE, Duane Instructor for the School of Engineering

317

RILEY, Charles Adjunct Instructor Beacon Institute

TIGHE, Michael Assistant Instructor of Biology

SEKELI, Gasper BS, MBA, Clarkson University Instructor of Economics and Financial Studies

TITUS, Leo Adjunct Instructor of Civil and Environmental Engineering

SHATTUCK, Heather PT, DPT Utica College Clinical Instructor of Physical Therapy

WELLS, David John BS, MS, PhD, Clarkson University PE, Wyoming (active) Dean Emeritus- SUNY Canton Adjunct Professor, MAE Department

SMITH, Brad BA, MA, SUNY Potsdam Instructor of Mathematics

WIGGINS, Arderrick Instructor of Military Science

SMITH, Robert BS, Brooklyn College MS, C.W. Post College MHA New School for Social Research New York Participating Faculty of Healthcare Management

WULTSCH, Elisabeth Instructor of School of Engineering

STRANG, Carl BA, Union College MS, SUNY Albany Participating Faculty of Operations and Information Systems

ZHANG, Yuan BS, Bejing International Studies University MS, University of California San Diego PhD, University of Texas at Arlington Instructor of Operations and Information Systems

SZARKA, Andrew Adjunct Instructor Humanities and Social Sciences

TIRION, Monique Adjunct Research Associate Professor

317

POLICIES AND RELATED

Clarkson University Non-Discrimination Policy Clarkson University does not discriminate on the basis of race, color, creed, religion, sex, sexual orientation, gender identity, gender expression, national or ethnic origin, age, disability, military or veteran status, predisposing genetic characteristics, domestic violence victim status, familial status, marital status, parental status, ancestry, source of income, or other classes protected by law in provision of educational opportunity or employment opportunities.

Clarkson University does not discriminate on the basis of sex or disability in its educational programs and activities, pursuant to the requirements of Title IX of the Educational Amendments of 1972, and Section 504 of the Rehabilitation Act of 1973, and the American Disabilities Act of 1990 respectively. This policy extends to both employment by and admission to the University. Inquiries concerning Section 504, and the Americans with Disabilities Act of 1990 should be directed to ADA504@clarkson.edu. Inquiries concerning the Age Discrimination Act, or other discrimination concerns should be directed to the Chief Human Resources Officer/Affirmative Action Officer at (315) 268-3788, Room 102 Graham Hall, Clarkson University, Box 5542, Potsdam NY 13699-5542 and/or Title IX to the Title IX Coordinator, Room 1003a ERC, Clarkson University, Box 5750, Potsdam, NY 13699-5750; or telephone (315) 268-4208, titleix@clarkson.edu. Information on the processing of grievances and charges relating to the above policies can be obtained from the Human Resources/ Affirmative Action Office

Clarkson University is making a special effort to identify for employment opportunities and participation in its educational programs a broad spectrum of candidates including women, minorities, and people with disabilities.

Student Complaint Process (HEOA) In compliance with the Higher Education Opportunity Act of 2008 and the state complaint processes as prescribed for under 34 CFR 600.0, the following resources are provided: Filing a Grievance with NY State New York State Education Department Office of College and University Evaluation EBA Room 969 89 Washington Avenue, Albany, New York, 12234. For more information, please visit: http://www.nysed.gov/college-university-evaluation/filing-complaint-about-college-or-university

318

Campus Crime Statistics The Advisory Committee on Campus Safety will provide upon request all campus crime statistics as reported to the United States Department of Education. Contact the Director of Campus Safety and Security, 315-268-6666, or visit www.clarkson.edu/campussafety.

Protection of Privacy Clarkson University abides by the provisions of the Family Educational Rights and Privacy Act of 1974 (Buckley Amendment). The University will release or withhold information under these provisions, which are published annually in the Clarkson Regulations.

Nonimmigrant Students Clarkson is authorized under federal law to enroll nonimmigrant students.

Student Regulations Each student is responsible for knowing the contents of the Clarkson Regulations. The regulations contain information on registration, class absences, the grading system, scholastic requirements, the method for removing course deficiencies, special examinations, and the code of conduct, campus policies, and other information regarding University operations. For a link to the Clarkson student regulations, please visit: https://www.clarkson.edu/student-administrative-services-sas/clarkson-regulations.

319

ACADEMIC CALENDARS

The academic calendar contains the dates of major academic events occurring each academic year

and serves as an information source and planning tool for students, faculty, staff, families, and

outside organizations. The academic calendar is published once a year, and is subject to change at

any time.

Undergraduate Programs 2020-2021 2021-2022

Fall Semester Events Fall 2020 Fall 2021

New Transfer Student Move-in TBD 26 Aug Th

New First Year Student Move-In TBD 27 Aug F

Returning Student Move-In TBD 29 Aug Su

Classes Begin 19 Aug W 30 Aug M

Fall Recess Begins* N/A 8 Oct F

Classes Resume N/A 13 Oct W

Family Weekend Begins TBD TBD

Midterm Grades Due at Noon 9 Oct F 27 Oct W

Enrollment For Spring Classes Begin 26 Oct M 3 Nov W

Thanksgiving Recess Begins* N/A 23 Nov Tu

Classes Resume N/A 29 Nov M

Last Day of Class 13 Nov F 10 Dec F

Reading Days 16-17 Nov M, Tu N/A

Exams Begin 18 Nov W 13 Dec M

Exams End 24 Nov Tu 17 Dec F

Fall Graduates Recognition Ceremony 24 Nov Tu 18 Dec Sa

Final Grades Due at 9:00am 1 Dec Tu 20 Dec M

*Recesses begin at the end of the last scheduled class on this day

320

Undergraduate Programs 2020-2021 2021-2022

Spring Semester Events Spring 2021 Spring 2022

New Student Move-In TBD 11 Jan Tu

Returning Student Move-In TBD 12 Jan W

Classes Begin 13 Jan W 13 Jan Th

February Break Begins* 17 Feb W 23 Feb W

Classes Resume 22 Feb M 28 Feb M

Midterm Grades Due to SAS — Noon 10 Mar W 11 Mar F

Spring Recess Begins* 12 Mar F 11 Mar F

Classes Resume 22 Mar M 21 Mar M

Enrollment For Fall Classes Begin 7 Apr W 6 Apr W

Last Day of Class 30 Apr F 29 Apr F

Reading Days 3-4 May M, Tu 2-3 May M, Tu

Exams Begin 5 May W 4 May W

Exams End 11 May Tu 10 May Tu

Final Grades Due at 9:00am 14 May F 13 May F

Undergraduate Commencement Ceremony 15 May Sa 14 May Sa

*Recesses begin at the end of the last scheduled class on this day

321

Undergraduate Programs 2020-2021 2021-2022

Summer Semester Sessions

10 Week Session Events Summer 2021 Summer 2022

Classes Begin 24 May M 23 May M

Classes End 7 Aug Sa 6 Aug Sa

Final Grades Due at 9:00am 10 Aug Tu 9 Aug Tu

First 5 Week Session Events Summer 2021 Summer 2022

Classes Begin 24 May M 23 May M

Classes End 26 June Sa 25 June Sa

Final Grades Due at 9:00am 29 June Tu 28 June Tu

Second 5 Week Session Events Summer 2021 Summer 2022

Classes Begin 5 July M 4 July M

Classes End 7 Aug Sa 6 Aug Sa

Final Grades Due at 9:00am 10 Aug Tu 9 Aug Tu

*Recesses begin at the end of the last scheduled class on this day

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LIST OF DEGREE PROGRAMS & HEGIS CODES The number following the degree program is the Higher Education General Information Survey

(HEGIS) code for classifying academic areas designated by the New York State Education

Department. Enrollment in other than registered or otherwise approved programs may jeopardize a

student’s eligibility for certain student aid awards.

Undergraduate Degree Programs

David D. Reh School of Business Bachelor of Science

Program Hegis Code

Business Intelligence and Data Analytics 0599

Engineering and Management 4904

Financial Information and Analysis 0504

Global Supply Chain Management 0509

Innovation and Entrepreneurship 0506

Wallace H. Coulter School of Engineering Bachelor of Science

Aeronautical Engineering 0902

Chemical Engineering 0906

Civil Engineering 0908

Computer Engineering 0999

Electrical Engineering 0909

Environmental Engineering 0922

Mechanical Engineering 0910

School of Arts and Sciences Bachelor of Science

American Studies 0313

Applied Mathematics and Statistics 1703

Biology 0401

Biomolecular Science 0499

Chemistry 1905

Communication 0601

Computer Science 0701

Data Science 1703

Digital Arts and Sciences 0605

History 2205

Literature 1501

Interdisciplinary Liberal Studies 4901

Interdisciplinary Social Sciences 2201

Physics 1902

Political Science 2207

Psychology 2001

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Institute for a Sustainable Environment Bachelor of Science

Environmental Science and Policy 0420

Environmental Health Science 0426

Interdisciplinary Bachelor of Science

Mathematical Economics 2204

Software Engineering 0999

(See ISE for additional Programs)

Bachelor of Professional Studies

Individually Designed Program 4999